INDUSTRIAL DETERGENT FORMULATIONS ENCYCLOPEDIA
E-book (PDF) & Hardbook

INDUSTRIAL DETERGENT FORMULATIONS ENCYCLOPEDIA

Book details

Author
Yusuf Akkapulu
Editor
SOLVER CHEM
ISBN
978-605-88350-7-8
Number of Pages
770 Pages
Publication Date
2022
Copyright
SOLVER CHEM
Format
E-book (PDF) · Hardbook
Language
English

About the Encyclopedia

INDUSTRIAL DETERGENT FORMULATIONS ENCYCLOPEDIA is a comprehensive technical reference developed for manufacturers, formulators, chemical companies and entrepreneurs who want to produce professional industrial cleaning chemicals.

The encyclopedia covers formulation and manufacturing principles for a wide range of products including industrial detergents, parts washer detergents, metal degreasers, aluminum cleaners and brighteners, stainless steel cleaners, metal polishing products, tar removers and water- or solvent-based degreasers.

Readers can study how surfactants, alkaline materials, acids, solvents, chelating agents, builders, corrosion-control components and other functional raw materials are combined to develop cleaning products for demanding industrial applications.

The book is designed to provide practical formulation knowledge for companies producing industrial maintenance chemicals, metal-cleaning products, workshop cleaners and professional degreasing systems.

Table of contents

01Page 1 Powder Parts Washer Detergent Formulations and Production Processes 9 formulations · 1–9
  1. 1CONCENTRATED PARTS WASHER POWDER DETERGENT FORMULATION AND MANUFACTURING PROCESS – 1
  2. 2CONCENTRATED PARTS WASHER POWDER DETERGENT FORMULATION AND MANUFACTURING PROCESS – 2
  3. 3CONCENTRATED PARTS WASHER POWDER DETERGENT FORMULATION AND MANUFACTURING PROCESS – 3
  4. 4CONCENTRATED PARTS WASHER LIQUID DETERGENT FORMULATION AND MANUFACTURING PROCESS – 1
  5. 5CONCENTRATED PARTS WASHER LIQUID DETERGENT FORMULATION AND MANUFACTURING PROCESS – 2
  6. 6CONCENTRATED PARTS WASHER LIQUID DETERGENT FORMULATION AND MANUFACTURING PROCESS – 3
  7. 7CONCENTRATED PARTS WASHER LIQUID DETERGENT FORMULATION AND MANUFACTURING PROCESS – 1 ( PHOSPHATE FREE )
  8. 8CONCENTRATED PARTS WASHER LIQUID DETERGENT FORMULATION AND MANUFACTURING PROCESS – 2 ( PHOSPHATE FREE )
  9. 9CONCENTRATED PARTS WASHER LIQUID DETERGENT FORMULATION AND MANUFACTURING PROCESS – 3 ( PHOSPHATE FREE )
02Page 10 Acidic and Alkaline Metal Degreaser Formulations and Production Processes 11 formulations · 10–20
  1. 10CONCENTRATED ACIDIC METAL DEGREASER FORMULATION AND MANUFACTURING PROCESS – 1
  2. 11CONCENTRATED ACIDIC METAL DEGREASER FORMULATION AND MANUFACTURING PROCESS – 2
  3. 12CONCENTRATED ACIDIC METAL DEGREASER FORMULATION AND MANUFACTURING PROCESS – 3
  4. 13CONCENTRATED ALKALINE METAL DEGREASER FORMULATION AND MANUFACTURING PROCESS – 1
  5. 14CONCENTRATED ALKALINE METAL DEGREASER FORMULATION AND MANUFACTURING PROCESS – 2
  6. 15CONCENTRATED ALKALINE METAL DEGREASER FORMULATION AND MANUFACTURING PROCESS – 3
  7. 16CONCENTRATED HEAVY DUTY ALKALINE METAL DEGREASER FORMULATION AND MANUFACTURING PROCESS – 1
  8. 17CONCENTRATED HEAVY DUTY ALKALINE METAL DEGREASER FORMULATION AND MANUFACTURING PROCESS – 2
  9. 18CONCENTRATED LOW FOAM AND ALKALINE METAL DEGREASER FORMULATION AND MANUFACTURING PROCESS – 1
  10. 19CONCENTRATED LOW FOAM AND ALKALINE METAL DEGREASER FORMULATION AND MANUFACTURING PROCESS – 2
  11. 20CONCENTRATED LOW FOAM AND ALKALINE METAL DEGREASER FORMULATION AND MANUFACTURING PROCESS – 3
03Page 21 Aluminum Care and Cleaner Agents Formulations and Production Processes 12 formulations · 21–32
  1. 21CONCENTRATED ALKALINE ALUMINUM CLEANER FORMULATION AND MANUFACTURING PROCESS – 1
  2. 22CONCENTRATED ALKALINE ALUMINUM CLEANER FORMULATION AND MANUFACTURING PROCESS – 2
  3. 23CONCENTRATED ALKALINE ALUMINUM CLEANER FORMULATION AND MANUFACTURING PROCESS – 3
  4. 24CONCENTRATED ACIDIC ALUMINUM BRIGHTENER FORMULATION AND MANUFACTURING PROCESS – 1
  5. 25CONCENTRATED ACIDIC ALUMINUM BRIGHTENER FORMULATION AND MANUFACTURING PROCESS – 2
  6. 26CONCENTRATED ACIDIC ALUMINUM BRIGHTENER FORMULATION AND MANUFACTURING PROCESS – 3
  7. 27CONCENTRATED ALKALINE ALUMINUM BRIGHTENER FORMULATION AND MANUFACTURING PROCESS – 1
  8. 28CONCENTRATED ALKALINE ALUMINUM BRIGHTENER FORMULATION AND MANUFACTURING PROCESS – 2
  9. 29CONCENTRATED ALKALINE ALUMINUM BRIGHTENER FORMULATION AND MANUFACTURING PROCESS – 3
  10. 30CONCENTRATED ALUMINUM CLEANER AND BRIGHTENER PASTE FORMULATION AND MANUFACTURING PROCESS – 1
  11. 31CONCENTRATED ALUMINUM CLEANER AND BRIGHTENER PASTE FORMULATION AND MANUFACTURING PROCESS – 2
  12. 32CONCENTRATED ALUMINUM CLEANER AND BRIGHTENER PASTE FORMULATION AND MANUFACTURING PROCESS – 3
04Page 33 Stainless Cleaner and Brightener Formulations and Productions Processes 12 formulations · 33–44
  1. 33LIQUID AND ACIDIC STAINLESS CLEANER AND BRIGHTENER FORMULATION AND MANUFACTURING PROCESS – 1
  2. 34LIQUID AND ACIDIC STAINLESS CLEANER AND BRIGHTENER FORMULATION AND MANUFACTURING PROCESS – 2
  3. 35LIQUID AND ACIDIC STAINLESS CLEANER AND BRIGHTENER FORMULATION AND MANUFACTURING PROCESS – 3
  4. 36LIQUID AND ALKALINE STAINLESS CLEANER AND BRIGHTENER FORMULATION AND MANUFACTURING PROCESS – 1
  5. 37LIQUID AND ALKALINE STAINLESS CLEANER AND BRIGHTENER FORMULATION AND MANUFACTURING PROCESS – 2
  6. 38LIQUID AND ALKALINE STAINLESS CLEANER AND BRIGHTENER FORMULATION AND MANUFACTURING PROCESS – 3
  7. 39SOLID AND ACIDIC STAINLESS CLEANER AND BRIGHTENER FORMULATION AND MANUFACTURING PROCESS – 1
  8. 40SOLID AND ACIDIC STAINLESS CLEANER AND BRIGHTENER FORMULATION AND MANUFACTURING PROCESS – 2
  9. 41SOLID AND ACIDIC STAINLESS CLEANER AND BRIGHTENER FORMULATION AND MANUFACTURING PROCESS – 3
  10. 42SOLID AND ALKALINE STAINLESS CLEANER AND BRIGHTENER FORMULATION AND MANUFACTURING PROCESS – 1
  11. 43SOLID AND ALKALINE STAINLESS CLEANER AND BRIGHTENER FORMULATION AND MANUFACTURING PROCESS – 2
  12. 44SOLID AND ALKALINE STAINLESS CLEANER AND BRIGHTENER FORMULATION AND MANUFACTURING PROCESS – 3
05Page 45 Silver Cleaner and Brightener Formulations and Productions Processes 18 formulations · 45–62
  1. 45SILVER CLEANER SPRAY FORMULATION AND MANUFACTURING PROCESS – 1
  2. 46SILVER CLEANER SPRAY FORMULATION AND MANUFACTURING PROCESS – 2
  3. 47SILVER CLEANER SPRAY FORMULATION AND MANUFACTURING PROCESS – 3
  4. 48SILVER CLEANER LOTION FORMULATION AND MANUFACTURING PROCESS – 1
  5. 49SILVER CLEANER LOTION FORMULATION AND MANUFACTURING PROCESS – 2
  6. 50SILVER CLEANER LOTION FORMULATION AND MANUFACTURING PROCESS – 3
  7. 51SILVER CLEANER PASTE FORMULATION AND MANUFACTURING PROCESS – 1
  8. 52SILVER CLEANER PASTE FORMULATION AND MANUFACTURING PROCESS – 2
  9. 53SILVER CLEANER PASTE FORMULATION AND MANUFACTURING PROCESS – 3
  10. 54SILVER BRIGHTENER SPRAY FORMULATION AND MANUFACTURING PROCESS – 1
  11. 55SILVER BRIGHTENER SPRAY FORMULATION AND MANUFACTURING PROCESS – 2
  12. 56SILVER BRIGHTENER SPRAY FORMULATION AND MANUFACTURING PROCESS – 3
  13. 57SILVER BRIGHTENER LOTION FORMULATION AND MANUFACTURING PROCESS – 1
  14. 58SILVER BRIGHTENER LOTION FORMULATION AND MANUFACTURING PROCESS – 2
  15. 59SILVER BRIGHTENER LOTION FORMULATION AND MANUFACTURING PROCESS – 3
  16. 60SILVER BRIGHTENER PASTE FORMULATION AND MANUFACTURING PROCESS – 1
  17. 61SILVER BRIGHTENER PASTE FORMULATION AND MANUFACTURING PROCESS – 2
  18. 62SILVER BRIGHTENER PASTE FORMULATION AND MANUFACTURING PROCESS – 3
06Page 63 Brass Cleaner and Polisher Formulations and Productions Processes 9 formulations · 63–71
  1. 63BRASS CLEANER AND POLISHER SPRAY FORMULATION AND MANUFACTURING PROCESS – 1
  2. 64BRASS CLEANER AND POLISHER SPRAY FORMULATION AND MANUFACTURING PROCESS – 2
  3. 65BRASS CLEANER AND POLISHER SPRAY FORMULATION AND MANUFACTURING PROCESS – 3
  4. 66BRASS CLEANER AND POLISHER LOTION FORMULATION AND MANUFACTURING PROCESS – 1
  5. 67BRASS CLEANER AND POLISHER LOTION FORMULATION AND MANUFACTURING PROCESS – 2
  6. 68BRASS CLEANER AND POLISHER LOTION FORMULATION AND MANUFACTURING PROCESS – 3
  7. 69BRASS CLEANER AND POLISHER PASTE FORMULATION AND MANUFACTURING PROCESS – 1
  8. 70BRASS CLEANER AND POLISHER PASTE FORMULATION AND MANUFACTURING PROCESS – 2
  9. 71BRASS CLEANER AND POLISHER PASTE FORMULATION AND MANUFACTURING PROCESS – 3
07Page 72 Copper Cleaner and Polisher Formulations and Productions Processes 9 formulations · 72–80
  1. 72COPPER CLEANER AND POLISHER SPRAY FORMULATION AND MANUFACTURING PROCESS – 1
  2. 73COPPER CLEANER AND POLISHER SPRAY FORMULATION AND MANUFACTURING PROCESS – 2
  3. 74COPPER CLEANER AND POLISHER SPRAY FORMULATION AND MANUFACTURING PROCESS – 3
  4. 75COPPER CLEANER AND POLISHER LOTION FORMULATION AND MANUFACTURING PROCESS – 1
  5. 76COPPER CLEANER AND POLISHER LOTION FORMULATION AND MANUFACTURING PROCESS – 2
  6. 77COPPER CLEANER AND POLISHER LOTION FORMULATION AND MANUFACTURING PROCESS – 3
  7. 78CONCENTRATED COPPER CLEANER AND POLISHER FORMULATION AND MANUFACTURING PROCESS – 1
  8. 79CONCENTRATED COPPER CLEANER AND POLISHER FORMULATION AND MANUFACTURING PROCESS – 2
  9. 80CONCENTRATED COPPER CLEANER AND POLISHER FORMULATION AND MANUFACTURING PROCESS – 3
08Page 81 Tar Remover Solvent and Water Based Formulations and Productions Processes 6 formulations · 81–86
  1. 81TAR REMOVER SOLVENT BASED FORMULATION AND MANUFACTURING PROCESS – 1
  2. 82TAR REMOVER SOLVENT BASED FORMULATION AND MANUFACTURING PROCESS – 2
  3. 83TAR REMOVER SOLVENT BASED FORMULATION AND MANUFACTURING PROCESS – 3
  4. 84TAR REMOVER WATER BASED FORMULATION AND MANUFACTURING PROCESS – 1
  5. 85TAR REMOVER WATER BASED FORMULATION AND MANUFACTURING PROCESS – 2
  6. 86TAR REMOVER WATER BASED FORMULATION AND MANUFACTURING PROCESS – 3
09Page 87 Degreaser Spray Water and Solvent Based Formulations and Productions Processes 15 formulations · 87–101
  1. 87DEGREASER SPRAY WATER BASED FORMULATION AND MANUFACTURING PROCESS – 1
  2. 88DEGREASER SPRAY WATER BASED FORMULATION AND MANUFACTURING PROCESS – 2
  3. 89DEGREASER SPRAY WATER BASED FORMULATION AND MANUFACTURING PROCESS – 3
  4. 90DEGREASER SPRAY WATER BASED AND ALKALINE FORMULATION AND MANUFACTURING PROCESS – 1
  5. 91DEGREASER SPRAY WATER BASED AND ALKALINE FORMULATION AND MANUFACTURING PROCESS – 2
  6. 92DEGREASER SPRAY WATER BASED AND ALKALINE FORMULATION AND MANUFACTURING PROCESS – 3
  7. 93DEGREASER SPRAY WATER BASED AND ACIDIC FORMULATION AND MANUFACTURING PROCESS – 1
  8. 94DEGREASER SPRAY WATER BASED AND ACIDIC FORMULATION AND MANUFACTURING PROCESS – 2
  9. 95DEGREASER SPRAY WATER BASED AND ACIDIC FORMULATION AND MANUFACTURING PROCESS – 3
  10. 96DEGREASER SPRAY SOLVENT BASED FORMULATION AND MANUFACTURING PROCESS – 1
  11. 97DEGREASER SPRAY SOLVENT BASED FORMULATION AND MANUFACTURING PROCESS – 2
  12. 98DEGREASER SPRAY SOLVENT BASED FORMULATION AND MANUFACTURING PROCESS – 3
  13. 99DEGREASER SPRAY CHLORINATED SOLVENT BASED FORMULATION AND MANUFACTURING PROCESS – 1
  14. 100DEGREASER SPRAY CHLORINATED SOLVENT BASED FORMULATION AND MANUFACTURING PROCESS – 2
  15. 101DEGREASER SPRAY SOLVENT CHLORINATED BASED FORMULATION AND MANUFACTURING PROCESS – 3
10Page 102 Concentrated Degreaser Foam Formulations and Productions Processes 12 formulations · 102–113
  1. 102ALKALINE CONCENTRATED DEGREASER FOAM FORMULATION AND MANUFACTURING PROCESS – 1
  2. 103ALKALINE CONCENTRATED DEGREASER FOAM FORMULATION AND MANUFACTURING PROCESS – 2
  3. 104ALKALINE CONCENTRATED DEGREASER FOAM FORMULATION AND MANUFACTURING PROCESS – 3
  4. 105CHLORINE BASED CONCENTRATED DEGREASER FOAM FORMULATION AND MANUFACTURING PROCESS – 1
  5. 106CHLORINE BASED CONCENTRATED DEGREASER FOAM FORMULATION AND MANUFACTURING PROCESS – 2
  6. 107CHLORINE BASED CONCENTRATED DEGREASER FOAM FORMULATION AND MANUFACTURING PROCESS – 3
  7. 108ACIDIC CONCENTRATED DEGREASER FOAM FORMULATION AND MANUFACTURING PROCESS – 1
  8. 109ACIDIC CONCENTRATED DEGREASER FOAM FORMULATION AND MANUFACTURING PROCESS – 2
  9. 110ACIDIC CONCENTRATED DEGREASER FOAM FORMULATION AND MANUFACTURING PROCESS – 3
  10. 111OXYGENE BASED CONCENTRATED DEGREASER FOAM FORMULATION AND MANUFACTURING PROCESS – 1
  11. 112OXYGENE BASED CONCENTRATED DEGREASER FOAM FORMULATION AND MANUFACTURING PROCESS – 2
  12. 113OXYGENE BASED CONCENTRATED DEGREASER FOAM FORMULATION AND MANUFACTURING PROCESS – 3
11Page 114 Degreaser Powder Oxygene and Chlorine Based Formulations and Productions Processes 12 formulations · 114–125
  1. 114DEGREASER POWDER FORMULATION AND MANUFACTURING PROCESS – 1
  2. 115DEGREASER POWDER FORMULATION AND MANUFACTURING PROCESS – 2
  3. 116DEGREASER POWDER FORMULATION AND MANUFACTURING PROCESS – 3
  4. 117DEGREASER POWDER OXYGENE BASED FORMULATION AND MANUFACTURING PROCESS – 1
  5. 118DEGREASER POWDER OXYGENE BASED FORMULATION AND MANUFACTURING PROCESS – 2
  6. 119DEGREASER POWDER OXYGENE BASED FORMULATION AND MANUFACTURING PROCESS – 3
  7. 120DEGREASER POWDER CHLORINE BASED FORMULATION AND MANUFACTURING PROCESS – 1
  8. 121DEGREASER POWDER CHLORINE BASED FORMULATION AND MANUFACTURING PROCESS – 2
  9. 122DEGREASER POWDER CHLORINE BASED FORMULATION AND MANUFACTURING PROCESS – 3
  10. 123ECONOMICAL DEGREASER POWDER FORMULATION AND MANUFACTURING PROCESS
  11. 124ECONOMICAL DEGREASER POWDER OXYGENE BASED FORMULATION AND MANUFACTURING PROCESS
  12. 125ECONOMICAL DEGREASER POWDER CHLORINE BASED FORMULATION AND MANUFACTURING PROCESS
12Page 126 Degreaser Gel for Multi - Purpose Formulations and Productions Processes 6 formulations · 126–131
  1. 126GENERAL DEGREASER HEAVY DUTY GEL FORMULATION AND MANUFACTURING PROCESS – 1
  2. 127GENERAL DEGREASER HEAVY DUTY GEL FORMULATION AND MANUFACTURING PROCESS – 2
  3. 128GENERAL DEGREASER HEAVY DUTY GEL FORMULATION AND MANUFACTURING PROCESS – 3
  4. 129ENGINE BLOCK DEGREASER HEAVY DUTY GEL FORMULATION AND MANUFACTURING PROCESS – 1
  5. 130ENGINE BLOCK DEGREASER HEAVY DUTY GEL FORMULATION AND MANUFACTURING PROCESS – 2
  6. 131ENGINE BLOCK DEGREASER HEAVY DUTY GEL FORMULATION AND MANUFACTURING PROCESS – 3
13Page 132 Acidic and Alkaline Industrial Rust Remover Formulations and Productions Processes 9 formulations · 132–140
  1. 132ACIDIC INDUSTRIAL RUST REMOVER FORMULATION AND MANUFACTURING PROCESS – 1
  2. 133ACIDIC INDUSTRIAL RUST REMOVER FORMULATION AND MANUFACTURING PROCESS – 2
  3. 134ACIDIC INDUSTRIAL RUST REMOVER FORMULATION AND MANUFACTURING PROCESS – 3
  4. 135ACIDIC RUST REMOVER GEL FORMULATION AND MANUFACTURING PROCESS – 1
  5. 136ACIDIC RUST REMOVER GEL FORMULATION AND MANUFACTURING PROCESS – 2
  6. 137ACIDIC RUST REMOVER GEL FORMULATION AND MANUFACTURING PROCESS – 3
  7. 138ALKALINE RUST REMOVER AND POLISHER GEL FORMULATION AND MANUFACTURING PROCESS – 1
  8. 139ALKALINE RUST REMOVER AND POLISHER GEL FORMULATION AND MANUFACTURING PROCESS – 2
  9. 140ALKALINE RUST REMOVER AND POLISHER GEL FORMULATION AND MANUFACTURING PROCESS – 3
14Page 141 Rust Preventi̇ve Agents Formulationsand Production Processes 12 formulations · 141–152
  1. 141RUST PREVENTIVE SPRAY FORMULATION AND MANUFACTURING PROCESS – 1
  2. 142RUST PREVENTIVE SPRAY FORMULATION AND MANUFACTURING PROCESS – 2
  3. 143RUST PREVENTIVE SPRAY FORMULATION AND MANUFACTURING PROCESS – 3
  4. 144RUST PREVENTIVE OIL FORMULATION AND MANUFACTURING PROCESS – 1
  5. 145RUST PREVENTIVE OIL FORMULATION AND MANUFACTURING PROCESS – 2
  6. 146RUST PREVENTIVE OIL FORMULATION AND MANUFACTURING PROCESS – 3
  7. 147INDUSTRIAL RUST PREVENTIVE OIL WATER BASED FORMULATION AND MANUFACTURING PROCESS – 1
  8. 148INDUSTRIAL RUST PREVENTIVE OIL WATER BASED FORMULATION AND MANUFACTURING PROCESS – 2
  9. 149INDUSTRIAL RUST PREVENTIVE OIL WATER BASED FORMULATION AND MANUFACTURING PROCESS – 3
  10. 150INDUSTRIAL RUST PREVENTIVE HERBAL OIL WATER BASED FORMULATION AND MANUFACTURING PROCESS – 1
  11. 151INDUSTRIAL RUST PREVENTIVE HERBAL OIL WATER BASED FORMULATION AND MANUFACTURING PROCESS – 2
  12. 152INDUSTRIAL RUST PREVENTIVE HERBAL OIL WATER BASED FORMULATION AND MANUFACTURING PROCESS – 3
15Page 153 Adhesive Cleaner and Remover Formulations and Production Processes 3 formulations · 153–155
  1. 153CONCENTRATED ADHESIVE REMOVER FORMULATION AND MANUFACTURING PROCESS – 1
  2. 154CONCENTRATED ADHESIVE REMOVER FORMULATION AND MANUFACTURING PROCESS – 2
  3. 155CONCENTRATED ADHESIVE REMOVER FORMULATION AND MANUFACTURING PROCESS – 3
16Page 156 Paint Cleaner and Remover Formulations and Production Processes 12 formulations · 156–167
  1. 156CONCENTRATED PAINT REMOVER FORMULATION AND MANUFACTURING PROCESS – 1
  2. 157CONCENTRATED PAINT REMOVER FORMULATION AND MANUFACTURING PROCESS – 2
  3. 158CONCENTRATED PAINT REMOVER FORMULATION AND MANUFACTURING PROCESS – 3
  4. 159PAINT REMOVER SPRAY WATER BASED FORMULATION AND MANUFACTURING PROCESS – 1
  5. 160PAINT REMOVER SPRAY WATER BASED FORMULATION AND MANUFACTURING PROCESS – 2
  6. 161PAINT REMOVER SPRAY WATER BASED FORMULATION AND MANUFACTURING PROCESS – 3
  7. 162PAINT REMOVER SPRAY SOLVENT BASED AND ALKALINE FORMULATION AND MANUFACTURING PROCESS – 1
  8. 163PAINT REMOVER SPRAY SOLVENT BASED AND ALKALINE FORMULATION AND MANUFACTURING PROCESS – 2
  9. 164PAINT REMOVER SPRAY SOLVENT BASED AND ALKALINE FORMULATION AND MANUFACTURING PROCESS – 3
  10. 165PAINT REMOVER SPRAY SOLVENT BASED AND ACIDIC FORMULATION AND MANUFACTURING PROCESS – 1
  11. 166PAINT REMOVER SPRAY SOLVENT BASED AND ACIDIC FORMULATION AND MANUFACTURING PROCESS – 2
  12. 167PAINT REMOVER SPRAY SOLVENT BASED AND ACIDIC FORMULATION AND MANUFACTURING PROCESS – 3
17Page 168 Carbon Remover As Alkaline and Acidic Formulations and Production Processes 12 formulations · 168–179
  1. 168ACIDIC CARBON REMOVER SPRAY FORMULATION AND MANUFACTURING PROCESS – 1
  2. 169ACIDIC CARBON REMOVER SPRAY FORMULATION AND MANUFACTURING PROCESS – 2
  3. 170ACIDIC CARBON REMOVER SPRAY FORMULATION AND MANUFACTURING PROCESS – 3
  4. 171ALKALINE CARBON REMOVER SPRAY FORMULATION AND MANUFACTURING PROCESS – 1
  5. 172ALKALINE CARBON REMOVER SPRAY FORMULATION AND MANUFACTURING PROCESS – 2
  6. 173ALKALINE CARBON REMOVER SPRAY FORMULATION AND MANUFACTURING PROCESS – 3
  7. 174CONCENTRATED ACIDIC CARBON REMOVER AGENT FORMULATION AND MANUFACTURING PROCESS – 1
  8. 175CONCENTRATED ACIDIC CARBON REMOVER AGENT FORMULATION AND MANUFACTURING PROCESS – 2
  9. 176CONCENTRATED ACIDIC CARBON REMOVER AGENT FORMULATION AND MANUFACTURING PROCESS – 3
  10. 177CONCENTRATED ALKALINE CARBON REMOVER AGENT FORMULATION AND MANUFACTURING PROCESS – 1
  11. 178CONCENTRATED ALKALINE CARBON REMOVER AGENT FORMULATION AND MANUFACTURING PROCESS – 2
  12. 179CONCENTRATED ALKALINE CARBON REMOVER AGENT FORMULATION AND MANUFACTURING PROCESS – 3
18Page 180 Conveyor Lubricator Agents Herbal Based Formulations and Production Processes 6 formulations · 180–185
  1. 180CONVEYOR LUBRICATION AGENT HERBAL OIL BASED FORMULATION AND MANUFACTURING PROCESS – 1
  2. 181CONVEYOR LUBRICATION AGENT HERBAL OIL BASED FORMULATION AND MANUFACTURING PROCESS – 2
  3. 182CONVEYOR LUBRICATION AGENT HERBAL OIL BASED FORMULATION AND MANUFACTURING PROCESS – 3
  4. 183CONVEYOR LUBRICATION AGENT HERBAL OIL EMULSION BASED FORMULATION AND MANUFACTURING PROCESS – 1
  5. 184CONVEYOR LUBRICATION AGENT HERBAL OIL EMULSION BASED FORMULATION AND MANUFACTURING PROCESS – 2
  6. 185CONVEYOR LUBRICATION AGENT HERBAL OIL EMULSION BASED FORMULATION AND MANUFACTURING PROCESS – 3
19Page 186 Industrial Conveyor Lubricator Formulations and Production Processes 15 formulations · 186–200
  1. 186INDUSTRIAL CONVEYOR LUBRICATION AGENT FORMULATION AND MANUFACTURING PROCESS – 1
  2. 187INDUSTRIAL CONVEYOR LUBRICATION AGENT FORMULATION AND MANUFACTURING PROCESS – 2
  3. 188INDUSTRIAL CONVEYOR LUBRICATION AGENT FORMULATION AND MANUFACTURING PROCESS – 3
  4. 189INDUSTRIAL CONVEYOR LUBRICATION SOAP FORMULATION AND MANUFACTURING PROCESS – 1
  5. 190INDUSTRIAL CONVEYOR LUBRICATION SOAP FORMULATION AND MANUFACTURING PROCESS – 2
  6. 191INDUSTRIAL CONVEYOR LUBRICATION SOAP FORMULATION AND MANUFACTURING PROCESS – 3 ACIDIC TIRE MARKS CLEANER FORMULATIONS AND PRODUCTION PROCESSES
  7. 192ACIDIC TIRE MARKS CLEANER PASTE FORMULATION AND MANUFACTURING PROCESS – 1
  8. 193ACIDIC TIRE MARKS CLEANER PASTE FORMULATION AND MANUFACTURING PROCESS – 2
  9. 194ACIDIC TIRE MARKS CLEANER PASTE FORMULATION AND MANUFACTURING PROCESS – 3
  10. 195ACIDIC TIRE MARKS CLEANER LIQUID FORMULATION AND MANUFACTURING PROCESS – 1
  11. 196ACIDIC TIRE MARKS CLEANER LIQUID FORMULATION AND MANUFACTURING PROCESS – 2
  12. 197ACIDIC TIRE MARKS CLEANER LIQUID FORMULATION AND MANUFACTURING PROCESS – 3
  13. 198ACIDIC TIRE MARKS CLEANER POWDER FORMULATION AND MANUFACTURING PROCESS – 1
  14. 199ACIDIC TIRE MARKS CLEANER POWDER FORMULATION AND MANUFACTURING PROCESS – 2
  15. 200ACIDIC TIRE MARKS CLEANER POWDER FORMULATION AND MANUFACTURING PROCESS – 3
20Page 201 Alkaline Tire Marks Cleaner Formulations and Production Processes 15 formulations · 201–215
  1. 201ALKALINE TIRE MARKS CLEANER PASTE FORMULATION AND MANUFACTURING PROCESS – 1
  2. 202ALKALINE TIRE MARKS CLEANER PASTE FORMULATION AND MANUFACTURING PROCESS – 2
  3. 203ALKALINE TIRE MARKS CLEANER PASTE FORMULATION AND MANUFACTURING PROCESS – 3
  4. 204ALKALINE TIRE MARKS CLEANER LIQUID FORMULATION AND MANUFACTURING PROCESS – 1
  5. 204ALKALINE TIRE MARKS CLEANER LIQUID FORMULATION AND MANUFACTURING PROCESS – 2
  6. 206ALKALINE TIRE MARKS CLEANER LIQUID FORMULATION AND MANUFACTURING PROCESS – 3
  7. 207ALKALINE TIRE MARKS CLEANER POWDER FORMULATION AND MANUFACTURING PROCESS – 1
  8. 208ALKALINE TIRE MARKS CLEANER POWDER FORMULATION AND MANUFACTURING PROCESS – 2
  9. 209ALKALINE TIRE MARKS CLEANER POWDER FORMULATION AND MANUFACTURING PROCESS – 3
  10. 210TIRE MARKS CLEANER GEL ( READY TO USE ) FORMULATION AND MANUFACTURING PROCESS – 1
  11. 211TIRE MARKS CLEANER GEL ( READY TO USE )FORMULATION AND MANUFACTURING PROCESS – 2
  12. 212TIRE MARKS CLEANER GEL ( READY TO USE )FORMULATION AND MANUFACTURING PROCESS – 3
  13. 213TIRE MARKS CLEANER CREAM ( READY TO USE ) FORMULATION AND MANUFACTURING PROCESS – 1
  14. 214TIRE MARKS CLEANER CREAM ( READY TO USE ) FORMULATION AND MANUFACTURING PROCESS – 2
  15. 215TIRE MARKS CLEANER CREAM ( READY TO USE ) FORMULATION AND MANUFACTURING PROCESS – 3
21Page 216 Process Tank Cleaners Powder and Liquid Formulations and Production Processes 6 formulations · 216–221
  1. 216PROCESS TANK CLEANER POWDER USED IN FOOD FORMULATION AND MANUFACTURING PROCESS – 1
  2. 217PROCESS TANK CLEANER POWDER USED IN FOOD FORMULATION AND MANUFACTURING PROCESS – 2
  3. 218PROCESS TANK CLEANER POWDER USED IN FOOD FORMULATION AND MANUFACTURING PROCESS – 3
  4. 219PROCESS TANK CLEANER LIQUID USED IN FOOD FORMULATION AND MANUFACTURING PROCESS – 1
  5. 220PROCESS TANK CLEANER LIQUID USED IN FOOD FORMULATION AND MANUFACTURING PROCESS – 2
  6. 221PROCESS TANK CLEANER LIQUID USED IN FOOD FORMULATION AND MANUFACTURING PROCESS – 3
22Page 222 Food Pipes Cleaners Powder and Liquid Formulation and Production Processes 6 formulations · 222–227
  1. 222CONCENTRATED FOOD PIPES CLEANER POWDER FORMULATION AND MANUFACTURING PROCESS – 1
  2. 223CONCENTRATED FOOD PIPES CLEANER POWDER FORMULATION AND MANUFACTURING PROCESS – 2
  3. 224CONCENTRATED FOOD PIPES CLEANER POWDER FORMULATION AND MANUFACTURING PROCESS – 3
  4. 225CONCENTRATED FOOD PIPES CLEANER LIQUID FORMULATION AND MANUFACTURING PROCESS – 1
  5. 226CONCENTRATED FOOD PIPES CLEANER LIQUID FORMULATION AND MANUFACTURING PROCESS – 2
  6. 227CONCENTRATED FOOD PIPES CLEANER LIQUID FORMULATION AND MANUFACTURING PROCESS – 3
23Page 228 Concentrated Milkstone Remover Formulation and Production Processes 3 formulations · 228–230
  1. 228CONCENTRATED MİLKSTONE REMOVER FORMULATION AND MANUFACTURING PROCESS – 1
  2. 229CONCENTRATED MİLKSTONE REMOVER FORMULATION AND MANUFACTURING PROCESS – 2
  3. 230CONCENTRATED MİLKSTONE REMOVER FORMULATION AND MANUFACTURING PROCESS – 3
24Page 231 Milk Can Cleaner Powder & Liquid Formulation and Production Processes 9 formulations · 231–239
  1. 231ALKALINE AND POWDER MILK CAN CLEANER FORMULATION AND MANUFACTURING PROCESS – 1
  2. 232ALKALINE AND POWDER MILK CAN CLEANER FORMULATION AND MANUFACTURING PROCESS – 2
  3. 233ALKALINE AND POWDER MILK CAN CLEANER FORMULATION AND MANUFACTURING PROCESS – 3
  4. 234ALKALINE AND LIQUID MILK CAN CLEANER FORMULATION AND MANUFACTURING PROCESS – 1
  5. 235ALKALINE AND LIQUID MILK CAN CLEANER FORMULATION AND MANUFACTURING PROCESS – 2
  6. 236ALKALINE AND LIQUID MILK CAN CLEANER FORMULATION AND MANUFACTURING PROCESS – 3
  7. 237ACIDIC AND LIQUID MILK CAN CLEANER FORMULATION AND MANUFACTURING PROCESS – 1
  8. 238ACIDIC AND LIQUID MILK CAN CLEANER FORMULATION AND MANUFACTURING PROCESS – 2
  9. 239ACIDIC AND LIQUID MILK CAN CLEANER FORMULATION AND MANUFACTURING PROCESS – 3
25Page 240 Industrial Wax Remover Formulationsand Production Processes 3 formulations · 240–242
  1. 240INDUSTRIAL WAX REMOVER FORMULATION AND MANUFACTURING PROCESS – 1
  2. 241INDUSTRIAL WAX REMOVER FORMULATION AND MANUFACTURING PROCESS – 2
  3. 242INDUSTRIAL WAX REMOVER FORMULATION AND MANUFACTURING PROCESS – 3
26Page 243 Dilutable Hand Cleaner Paste Formulations and Production Processes 6 formulations · 243–248
  1. 243HEAVY DUTY DILUTABLE HAND CLEANER PASTE FORMULATION AND MANUFACTURING PROCESS – 1
  2. 244HEAVY DUTY DILUTABLE HAND CLEANER PASTE FORMULATION AND MANUFACTURING PROCESS – 2
  3. 245HEAVY DUTY DILUTABLE HAND CLEANER PASTE FORMULATION AND MANUFACTURING PROCESS – 3
  4. 246HEAVY DUTY DILUTABLE HAND CLEANER PASTE D – LIMONENE BASED FORMULATION AND MANUFACTURING PROCESS – 1
  5. 247HEAVY DUTY DILUTABLE HAND CLEANER PASTE D – LIMONENE BASED FORMULATION AND MANUFACTURING PROCESS – 2
  6. 248HEAVY DUTY DILUTABLE HAND CLEANER PASTE D – LIMONENE BASED FORMULATION AND MANUFACTURING PROCESS – 3
27Page 249 Dilutable and Beaded Hand Cleaner Paste Formulations and Production Processes 6 formulations · 249–254
  1. 249HEAVY DUTY DILUTABLE AND BEADED HAND CLEANER PASTE FORMULATION AND MANUFACTURING PROCESS – 1
  2. 250HEAVY DUTY DILUTABLE AND BEADED HAND CLEANER PASTE FORMULATION AND MANUFACTURING PROCESS – 2
  3. 251HEAVY DUTY DILUTABLE AND BEADED HAND CLEANER PASTE FORMULATION AND MANUFACTURING PROCESS – 3
  4. 252HEAVY DUTY DILUTABLE HAND CLEANER PASTE D – LIMONENE AND BEADS BASED FORMULATION AND MANUFACTURING PROCESS – 1
  5. 253HEAVY DUTY DILUTABLE HAND CLEANER PASTE D – LIMONENE AND BEADS BASED FORMULATION AND MANUFACTURING PROCESS – 2
  6. 254HEAVY DUTY DILUTABLE HAND CLEANER PASTE D – LIMONENE AND BEADS BASED FORMULATION AND MANUFACTURING PROCESS – 3
28Page 255 Heavy Duty Hand Cleaner Gel ( Ready To Use ) Formulations and Production Processes 6 formulations · 255–260
  1. 255HEAVY DUTY HAND CLEANER GEL ( READY TO USE ) FORMULATION AND MANUFACTURING PROCESS – 1
  2. 256HEAVY DUTY HAND CLEANER GEL ( READY TO USE ) FORMULATION AND MANUFACTURING PROCESS – 2
  3. 257HEAVY DUTY HAND CLEANER GEL ( READY TO USE )FORMULATION AND MANUFACTURING PROCESS – 3
  4. 258HEAVY DUTY HAND CLEANER GEL FORMULATION AND MANUFACTURING PROCESS – 1D – LIMONENE BASED AND READY TO USE
  5. 259HEAVY DUTY HAND CLEANER GEL FORMULATION AND MANUFACTURING PROCESS – 2 D – LIMONENE BASED AND READY TO USE
  6. 260HEAVY DUTY HAND CLEANER GEL FORMULATION AND MANUFACTURING PROCESS – 3D – LIMONENE BASED AND READY TO USE
29Page 261 Heavy Duty Beaded Hand Cleaner Gel ( Ready To Use ) Formulations and Production Processes 6 formulations · 261–266
  1. 261HEAVY DUTY BEADED HAND CLEANER GEL ( READY TO USE ) FORMULATION AND MANUFACTURING PROCESS – 1
  2. 262HEAVY DUTY BEADED HAND CLEANER GEL ( READY TO USE ) FORMULATION AND MANUFACTURING PROCESS – 2
  3. 263HEAVY DUTY BEADED HAND CLEANER GEL ( READY TO USE ) FORMULATION AND MANUFACTURING PROCESS – 3
  4. 264HEAVY DUTY BEADED HAND CLEANER GEL FORMULATION AND MANUFACTURING PROCESS – D – LIMONENE BASED AND READY TO USE
  5. 265HEAVY DUTY BEADED HAND CLEANER GEL FORMULATION AND MANUFACTURING PROCESS –2 D – LIMONENE BASED AND READY TO USE
  6. 266HEAVY DUTY BEADED HAND CLEANER GEL FORMULATION AND MANUFACTURING PROCESS –3 D – LIMONENE BASED AND READY TO USE
30Page 267 Printing Roller Paint Cleaner Water and Solvent Based Formulations and Production Processes 6 formulations · 267–272
  1. 267WATER BASED PRINTING ROLLER PAINT CLEANER FORMULATION AND MANUFACTURING PROCESS – 1
  2. 268WATER BASED PRINTING ROLLER PAINT CLEANER FORMULATION AND MANUFACTURING PROCESS – 2
  3. 269WATER PRINTING ROLLER PAINT CLEANER WATER FORMULATION AND MANUFACTURING PROCESS – 3
  4. 270SOLVENT BASED PRINTING ROLLER PAINT CLEANER FORMULATION AND MANUFACTURING PROCESS – 1
  5. 271SOLVENT BASED PRINTING ROLLER PAINT CLEANER FORMULATION AND MANUFACTURING PROCESS – 2
  6. 272SOLVENT BASED PRINTING ROLLER PAINT CLEANER FORMULATION AND MANUFACTURING PROCESS – 3
31Page 273 Concrete Remover Agents Formulations and Production Processes 6 formulations · 273–278
  1. 273CONCENTRATED CONCRETE REMOVER AGENT FORMULATION AND MANUFACTURING PROCESS – 1
  2. 274CONCENTRATED CONCRETE REMOVER AGENT FORMULATION AND MANUFACTURING PROCESS – 2
  3. 275CONCENTRATED CONCRETE REMOVER AGENT FORMULATION AND MANUFACTURING PROCESS – 3
  4. 276CONCRETE REMOVER GEL ( READY TO USE ) FORMULATION AND MANUFACTURING PROCESS – 1
  5. 277CONCRETE REMOVER GEL ( READY TO USE ) FORMULATION AND MANUFACTURING PROCESS – 2
  6. 278CONCRETE REMOVER GEL ( READY TO USE ) FORMULATION AND MANUFACTURING PROCESS – 3
32Page 279 Formulations and Production Processes 6 formulations · 279–284
  1. 279CONCRETE CLEANER POWDER ( READY TO USE ) FORMULATION AND MANUFACTURING PROCESS – 1
  2. 280CONCRETE CLEANER POWDER ( READY TO USE )FORMULATION AND MANUFACTURING PROCESS – 2
  3. 281CONCRETE CLEANER POWDER ( READY TO USE ) FORMULATION AND MANUFACTURING PROCESS – 3
  4. 282CONCENTRATED CONCRETE CLEANER POWDER FORMULATION AND MANUFACTURING PROCESS – 1
  5. 283CONCENTRATED CONCRETE CLEANER POWDER FORMULATION AND MANUFACTURING PROCESS – 2
  6. 284CONCENTRATED CONCRETE CLEANER POWDER FORMULATION AND MANUFACTURING PROCESS – 3
33Page 285 Concrete Mi̇xer Truck Cleaner Agents Formulations and Prodution Processes 6 formulations · 285–290
  1. 285CONCENTRATED CONCRETE MIXER TRUCK CLEANER FORMULATION AND MANUFACTURING PROCESS – 1
  2. 286CONCENTRATED CONCRETE MIXER TRUCK CLEANER FORMULATION AND MANUFACTURING PROCESS – 2
  3. 287CONCENTRATED CONCRETE MIXER TRUCK CLEANER FORMULATION AND MANUFACTURING PROCESS – 3
  4. 288THICKENED AND READY TO USE CONCRETE MIXER TRUCK CLEANER FORMULATION AND MANUFACTURING PROCESS – 1
  5. 289THICKENED AND READY TO USE CONCRETE MIXER TRUCK CLEANER FORMULATION AND MANUFACTURING PROCESS – 2
  6. 290THICKENED AND READY TO USE CONCRETE MIXER TRUCK CLEANER FORMULATION AND MANUFACTURING PROCESS – 3
34Page 291 Textile Machinery Cleaning Detergent Concentrated and Powder Formulations and Manufacturing Processes 6 formulations · 291–296
  1. 291TEXTILE MACHINERY CLEANING DETERGENT CONCENTRATED AND POWDER FORMULATION AND MANUFACTURING PROCESS – 1
  2. 292TEXTILE MACHINERY CLEANING DETERGENT CONCENTRATED AND POWDER FORMULATION AND MANUFACTURING PROCESS – 2
  3. 293TEXTILE MACHINERY CLEANING DETERGENT CONCENTRATED AND POWDER FORMULATION AND MANUFACTURING PROCESS – 3
  4. 294TEXTILE MACHINERY CLEANING DETERGENT CONCENTRATED AND POWDER ADDED FORMULATION AND MANUFACTURING PROCESS – 1
  5. 295TEXTILE MACHINERY CLEANING DETERGENT CONCENTRATED AND POWDER ADDED HYDROSULFIDE FORMULATION AND MANUFACTURING PROCESS – 2
  6. 296TEXTILE MACHINERY CLEANING DETERGENT CONCENTRATED AND POWDER ADDED HYDROSULFIDE FORMULATION AND MANUFACTURING PROCESS – 3
35Page 297 Textile Machinery Cleaning Detergent Concentrated and Liquid Formulations and Manufacturing Processes 6 formulations · 297–302
  1. 297TEXTILE MACHINERY CLEANING DETERGENT CONCENTRATED AND LIQUID FORMULATION AND MANUFACTURING PROCESS – 1
  2. 298TEXTILE MACHINERY CLEANING DETERGENTCONCENTRATED AND LIQUID FORMULATION AND MANUFACTURING PROCESS – 2
  3. 299TEXTILE MACHINERY CLEANING DETERGENT CONCENTRATED AND LIQUID FORMULATION AND MANUFACTURING PROCESS – 3
  4. 300TEXTILE MACHINERY CLEANING DETERGENT CONCENTRATED AND LIQUID ADDED CHLORINE FORMULATION AND MANUFACTURING PROCESS – 1
  5. 301TEXTILE MACHINERY CLEANING DETERGENT CONCENTRATED AND LIQUID ADDED CHLORINE FORMULATION AND MANUFACTURING PROCESS – 2
  6. 302TEXTILE MACHINERY CLEANING DETERGENT CONCENTRATED AND LIQUID ADDED CHLORINE FORMULATION AND MANUFACTURING PROCESS – 3
36Page 303 Drain Cleaner Acidic and Alkaline Formulations and Prodution Processes 6 formulations · 303–308
  1. 303CONCENTRATED ALKALINE DRAIN CLEANER FORMULATION AND MANUFACTURING PROCESS – 1
  2. 304CONCENTRATED ALKALINE DRAIN CLEANER FORMULATION AND MANUFACTURING PROCESS – 2
  3. 305CONCENTRATED ALKALINE DRAIN CLEANER FORMULATION AND MANUFACTURING PROCESS – 3
  4. 306CONCENTRATED ACIDIC DRAIN CLEANER FORMULATION AND MANUFACTURING PROCESS – 1
  5. 307CONCENTRATED ACIDIC DRAIN CLEANER FORMULATION AND MANUFACTURING PROCESS – 2
  6. 308CONCENTRATED ACIDIC DRAIN CLEANER FORMULATION AND MANUFACTURING PROCESS – 3
37Page 309 Fuel Oil Tank Cleaner Powder and Liquid Formulations and Production Processes 6 formulations · 309–314
  1. 309CONCENTRATED FUEL OIL TANK CLEANER POWDER FORMULATION AND MANUFACTURING PROCESS – 1
  2. 310CONCENTRATED FUEL OIL TANK CLEANER POWDER FORMULATION AND MANUFACTURING PROCESS – 2
  3. 311CONCENTRATED FUEL OIL TANK CLEANER POWDER FORMULATION AND MANUFACTURING PROCESS – 3
  4. 312CONCENTRATED FUEL OIL TANK CLEANER POWDER FORMULATION AND MANUFACTURING PROCESS – 1
  5. 313CONCENTRATED FUEL OIL TANK CLEANER POWDER FORMULATION AND MANUFACTURING PROCESS – 2
  6. 314CONCENTRATED FUEL OIL TANK CLEANER POWDER FORMULATION AND MANUFACTURING PROCESS – 3
38Page 315 Engine Inside Cleaner Formulations and Prodution Processes 2 formulations · 315–316
  1. 315ENGINE INSIDE CLEANER FORMULATION AND MANUFACTURING PROCESS – 1
  2. 316ENGINE INSIDE CLEANER FORMULATION AND MANUFACTURING PROCESS – 2
39Page 317 Sulphur Cleaners In Hot Springs Formulations and Prodution Processes 2 formulations · 317–318
  1. 317SULPHUR CLEANER IN HOT SPRINGS FORMULATION AND MANUFACTURING PROCESS – 1
  2. 318SULPHUR CLEANER IN HOT SPRINGS FORMULATION AND MANUFACTURING PROCESS – 2
40Page 319 Descaling Liquid with Inhibitor Formulations and Prodution Processes 2 formulations · 319–320
  1. 319DESCALING LIQUID FORMULATION AND MANUFACTURING PROCESS – 1
  2. 320DESCALING LIQUID FORMULATION AND MANUFACTURING PROCESS – 2
41Page 321 Garbage Containers and Carbage Trucks Cleaning Detergent Powder Formulations and Manufacturing Processes 15 formulations · 321–335
  1. 321GARBAGE CONTAINERS AND CARBAGE TRUCKS CLEANİNG DETERGENT POWDER FORMULATIONS AND MANUFACTURING PROCESS – 1
  2. 322GARBAGE CONTAINERS AND CARBAGE TRUCKS CLEANİNG DETERGENT POWDER FORMULATIONS AND MANUFACTURING PROCESS – 2
  3. 323GARBAGE CONTAINERS AND CARBAGE TRUCKS CLEANİNG DETERGENT POWDER FORMULATIONS AND MANUFACTURING PROCESS – 3
  4. 324GARBAGE CONTAINERS AND CARBAGE TRUCKS CLEANİNG DETERGENT POWDER FORMULATIONS AND MANUFACTURING PROCESS – 1 ( CHLORINE BASED )
  5. 325GARBAGE CONTAINERS AND CARBAGE TRUCKSCLEANİNG DETERGENT POWDER FORMULATIONS AND MANUFACTURING PROCESS – 2 ( CHLORINE BASED )
  6. 326GARBAGE CONTAINERS AND CARBAGE TRUCKS CLEANİNG DETERGENT POWDER FORMULATIONS AND MANUFACTURING PROCESS – 3 ( CHLORINE BASED )
  7. 327GARBAGE CONTAINERS AND CARBAGE TRUCKS CLEANİNG DETERGENT POWDER FORMULATIONS AND MANUFACTURING PROCESS – 1 ( OXYGENE BASED )
  8. 328GARBAGE CONTAINERS AND CARBAGE TRUCKS CLEANİNG DETERGENT POWDER FORMULATIONS AND MANUFACTURING PROCESS – 2 ( OXYGENE BASED )
  9. 329GARBAGE CONTAINERS AND CARBAGE TRUCKS CLEANİNG DETERGENT POWDER FORMULATIONS AND MANUFACTURING PROCESS – 3 ( OXYGENE BASED )
  10. 330GARBAGE CONTAINERS AND CARBAGE TRUCKS CLEANİNG DETERGENT LIQUID FORMULATIONS AND MANUFACTURING PROCESS – 1
  11. 331GARBAGE CONTAINERS AND CARBAGE TRUCKS CLEANİNG DETERGENT LIQUID FORMULATIONS AND MANUFACTURING PROCESS – 2
  12. 332GARBAGE CONTAINERS AND CARBAGE TRUCKS CLEANİNG DETERGENT LIQUID FORMULATIONS AND MANUFACTURING PROCESS – 3
  13. 333GARBAGE CONTAINERS AND CARBAGE TRUCKS CLEANİNG DETERGENT LIQUID FORMULATIONS AND MANUFACTURING PROCESS – 1 ( CHLORINE BASED )
  14. 334GARBAGE CONTAINERS AND CARBAGE TRUCKS CLEANİNG DETERGENT LIQUID FORMULATIONS AND MANUFACTURING PROCESS – 2 ( CHLORINE BASED )
  15. 335GARBAGE CONTAINERS AND CARBAGE TRUCKS CLEANİNG DETERGENT LIQUID FORMULATIONS AND MANUFACTURING PROCESS – 3 ( CHLORINE BASED )
42Page 336 Truck and Trailer Cleaner Formulations and Manufacturing Processes 12 formulations · 336–347
  1. 336TRUCK AND TRAILER CLEANING POWDER FORMULATION AND MANUFACTURING PROCESS – 1 ( BRUSH WASH )
  2. 337TRUCK AND TRAILER CLEANING POWDER FORMULATION AND MANUFACTURING PROCESS – 2 ( BRUSH WASH )
  3. 338TRUCK AND TRAILER CLEANING POWDER FORMULATION AND MANUFACTURING PROCESS – 3 ( BRUSH WASH )
  4. 339TRUCK AND TRAILER CLEANING SHAMPOO FORMULATION AND MANUFACTURING PROCESS – 1 ( BRUSH WASH )
  5. 340TRUCK AND TRAILER CLEANING SHAMPOO FORMULATION AND MANUFACTURING PROCESS – 2 ( BRUSH WASH )
  6. 341TRUCK AND TRAILER CLEANING SHAMPOO FORMULATION AND MANUFACTURING PROCESS – 3 ( BRUSH WASH )
  7. 342TRUCK AND TRAILER CLEANING POWDER FORMULATION AND MANUFACTURING PROCESS – 1 ( BRUSHLESS WASH )
  8. 343TRUCK AND TRAILER CLEANING POWDER FORMULATION AND MANUFACTURING PROCESS – 2 ( BRUSHLESS WASH )
  9. 344TRUCK AND TRAILER CLEANING POWDER FORMULATION AND MANUFACTURING PROCESS – 3 ( BRUSHLESS WASH )
  10. 345TRUCK AND TRAILER CLEANING FOAM FORMULATION AND MANUFACTURING PROCESS – 1 ( HIGH ALKALINE AND BRUSHLESS WASH )
  11. 346TRUCK AND TRAILER CLEANING FOAM FORMULATION AND MANUFACTURING PROCESS – 2 ( HIGH ALKALINE AND BRUSHLESS WASH )
  12. 347TRUCK AND TRAILER CLEANING FOAM FORMULATION AND MANUFACTURING PROCESS – 3 ( HIGH ALKALINE AND BRUSHLESS WASH )
43Page 348 Tv and Computer Screen Cleaner Formulation and Production Processes 3 formulations · 348–350
  1. 348TV AND COMPUTER SCREEN CLEANER FORMULATION AND MANUFACTURING PROCESS – 1
  2. 349TV AND COMPUTER SCREEN CLEANER FORMULATION AND MANUFACTURING PROCESS – 2
  3. 350TV AND COMPUTER SCREEN CLEANER FORMULATION AND MANUFACTURING PROCESS – 3
44Page 351 A 13 formulations · 351–375
  1. 351ACETYLATED LANOLIN
  2. 353ACNIBIO AC
  3. 355ACNIBIO AP
  4. 357ALKYL POLYGLUCOSIDE
  5. 359AMARANTH ( E 123 )
  6. 361AMINO TRIMETHYLENE PHOSPHORIC ACID ( ATMP )
  7. 363AMMONIUM HYDROXIDE ( Aqueous Ammonia )
  8. 365AMMONIUM BICARBONATE
  9. 367AMMONIUM CHLORIDE
  10. 369AMMONIUM LAURYL ETHER SULPHATE ( ALES )
  11. 371AMMONIUM LAURYL SULFATE ( % 28 )
  12. 373ACETIC ACID
  13. 375ACETONE
45Page 377 B 12 formulations · 377–399
  1. 377BARITE ( MINERAL )
  2. 379BEESWAX
  3. 381BENZALDEHYDE
  4. 383BENZALKONIUM CHLORIDE
  5. 385BENZYL ALCOHOL
  6. 387BENZOTRIAZOLE
  7. 389BIS PEG 1 DIMETHICONE
  8. 391BIS PEG 20 DIMETHICONE
  9. 393BORAX
  10. 395BORIC ACID
  11. 397BUTYLENE GLYCOL
  12. 399BUTYL HYDROXY TOLUENE ( BHT )
46Page 401 C 26 formulations · 401–451
  1. 401CALCITE
  2. 403CALCIUM HYDROXIDE
  3. 405CALCIUM HYPOCHLORIDE
  4. 407CALCIUMCHLORIDE
  5. 409CALCIUM SILICATE
  6. 411CALCIUM SULFATE
  7. 413CAPRYLYL CAPRYL GLUCOSIDE
  8. 415CARRAGEENAN
  9. 417CARBOXYMETHYL CELLULOSE ( CMC )
  10. 419CARMOISINE
  11. 421CARNAUBA WAX
  12. 423CETEARETH 11
  13. 425CETEARETH 20
  14. 427CETRIMONIUM CHLORIDE
  15. 429CHOCOLATE BROWN HT
  16. 431CINNAMYL ALCOHOL
  17. 433CLIMBAZOLE
  18. 435COCAMIDOPROPYL BETAINE
  19. 437COCAMIDE DEA
  20. 439COCAMIDE MEA
  21. 441CYCLOMETHICONE
  22. 443CYCLOPENTASILOXANE
  23. 445C10 – 8 EO ALCOHOL ETHOXYLATE
  24. 447C10 – 3 EO ALCOHOL ETHOXYLATE
  25. 449C13 – 8 EO ALCOHOL ETHOXYLATE
  26. 451C 30 – 45 ALKYL METHICONE
47Page 453 D 18 formulations · 453–487
  1. 453DECYL GLUCOSIDE
  2. 455DECYL OLEATE
  3. 457DECYLAMINE OXIDE
  4. 459DI C12 – 13 ALKYL MALATE
  5. 461DIDECYL DIMETHYL AMMONIUM CHLORIDE
  6. 463DIETHANOLAMINE DEA
  7. 465DIETHYLENE GLYCOL
  8. 467DIETHYLHYDROXYLAMINE ( DEHA )
  9. 469DIMETHICONE
  10. 471DIOCTYL ETHER
  11. 473DIOCTYL DIMETHYL AMMONIUM CHLORIDE
  12. 475DIOCTYL SODIUM SULFOSUCCINATE
  13. 477DIPROPYLENE GLYCOL
  14. 479DISODIUM COCOAMPHODIACETATE
  15. 481DISODIUM LAURETH SULFOSUCCINATE
  16. 483DMDM HYDANTOIN
  17. 485D – PANTHENOL
  18. 487DOLOMITE
48Page 489 E 5 formulations · 489–497
  1. 489EDTA
  2. 491ESTERQUAT
  3. 493ETHYL ALCOHOL
  4. 495ETHYL ACETATE
  5. 497ETHYL PARABEN
49Page 499 F 1 formulations · 499
  1. 499FORMALDEHYDE
50Page 501 G 4 formulations · 501–507
  1. 501GLYCERINE
  2. 503GLYCERYL MONOOLEATE
  3. 505GLYCERYL MONOSTEARATE
  4. 507GUAR GUM
51Page 509 H 5 formulations · 509–517
  1. 509HYDRAZINE
  2. 511HYDROFLUORIC ACID
  3. 513HYDROCHLORIC ACID
  4. 515HYDROGEN PEROXIDE
  5. 517HYDROXYPROPYL METHYLCELLULOSE
52Page 519 I 3 formulations · 519–523
  1. 519ISOPROPYL ALCOHOL ( IPA )
  2. 521ISOBUTYL ALCOHOL
  3. 523ISOPROPYL ACETATE
53Page 525 L 9 formulations · 525–541
  1. 525LINEAR ALKYLBENZENE SULFONIC ACID ( LABSA )
  2. 527LAKE ALLURA RED AC
  3. 529LAKE AMARANTH
  4. 531LAKE PONCEAU 4R
  5. 533LAURYL BETAINE ( POWDER )
  6. 535LAURYL BETAINE ( LIQUID )
  7. 537LAURYL GLUCOSIDE
  8. 539LAURYLDIMETHYLAMINE OXIDE
  9. 541LIQUID PARAFFIN
54Page 543 M 17 formulations · 543–575
  1. 543MAGNESIUM HYDROXIDE ( POWDER )
  2. 545MAGNESIUM HYDROXIDE ( LIQUID )
  3. 547MAGNESIUM CARBONATE
  4. 549MAGNESIUM CHLORIDE
  5. 551MAGNESIUM LAURETH SULFATE
  6. 553MAGNESIUM OXIDE
  7. 555MAGNESIUM SILICATE
  8. 557MAGNESIUM SULFATE MONOHYDRATE
  9. 559MENTHOL
  10. 561METHYLISOTHIAZOLINONE
  11. 563METHYL ALCOHOL
  12. 565METHYL BENZOATE
  13. 567METHYL ETHYL KETONE
  14. 569METHYL PARABEN
  15. 571MONOETHANOLAMINE ( MEA )
  16. 573MONOETHYLENE GLYCOL ( MEG )
  17. 575MONOPROPYLENE GLYCOL
55Page 577 N 3 formulations · 577–581
  1. 577NITRIC ACID
  2. 579NONYLPHENOL ETHOXYLATE ( NP: 6 )
  3. 581NONYLPHENOL ETHOXYLATE ( NP: 10 )
56Page 583 O 2 formulations · 583–585
  1. 583OCTYDODECANOL
  2. 585OLEIC ACID
57Page 587 P 13 formulations · 587–611
  1. 587PEA GREEN
  2. 589PEG 400 POLYETHYLENE GLYCOL
  3. 591PEG 40 HYDROGENATED CASTOR OIL
  4. 593PEG 40 STEARATE
  5. 595PEG 75 – ETOXYLATED LANOLIN
  6. 597PHOSPHORIC ACID
  7. 599POLYSORBATE 20
  8. 601POLYQUATERNIUM 7
  9. 603POTASSIUM ACETATE
  10. 605POTASSIUM HYDROXIDE
  11. 607POTASSIUM CHLORIDE
  12. 609POTASSIUM SULFATE
  13. 611POTASSIUM TRIPOLYPHOSPHATE
58Page 613 S 14 formulations · 613–639
  1. 613SODIUM ALPHA OLEFIN SULFONATE
  2. 615SODIUM HEGZAMETAPHOSPHATE ( SHMP )
  3. 617SODIUM HYDROXIDE
  4. 619SODIUM HYPOCHLORIDE
  5. 621SODIUM CARBONATE
  6. 623SODIUM LAURYL ETHER SULFATE ( SLES )
  7. 625SODIUM LAURYL SULFATE ( SLS )
  8. 627SODIUM METASILICATE
  9. 629SODIUM PERCARBONATE
  10. 631SODIUM SULFATE
  11. 633SODIUM TRIPOLYPHOSPHATE ( STPP )
  12. 635STEARIC ACID
  13. 637SULFAMIC ACID
  14. 639SULPHURIC ACID
59Page 641 T 4 formulations · 641–647
  1. 641TARTARIC ACID
  2. 643TITANIUM DIOXIDE
  3. 645TETRAPOTASSIUM PYROPHOSPHATE
  4. 647TRIETHANOLAMINE ( TEA )
60Page 649 U 1 formulations · 649
  1. 649URE

More about this book

What's Inside the Encyclopedia

The encyclopedia contains detailed information about industrial detergent formulations, raw-material selection, manufacturing processes, formulation principles and quality-control methods.

Product categories include powder and liquid parts washer detergents, acidic metal degreasers, alkaline metal degreasers, heavy-duty degreasers, low-foam cleaning systems, aluminum cleaners and brighteners, stainless steel cleaners, silver cleaners, brass cleaners, copper cleaners, tar removers and industrial degreaser sprays.

Different formulation technologies are covered for acidic, alkaline, water-based, solvent-based, liquid, powder, paste, lotion and spray products.

Readers can study the technical roles of surfactants, solvents, acids, alkalis, builders, chelating agents, corrosion inhibitors and other supporting ingredients.

The encyclopedia helps manufacturers understand how formulations can be adjusted according to the type of contamination, substrate, application method and required cleaning strength.

Why This Encyclopedia

Industrial cleaning products must often remove contaminants that ordinary household detergents cannot handle effectively.

Grease, machining oils, carbon deposits, metal-processing residues, tar, oxidized deposits and heavy industrial soils may require carefully designed combinations of surfactants, solvents, alkaline materials, acids and specialized functional additives.

At the same time, strong cleaning performance must be balanced with compatibility with the surface being treated.

A formulation designed for stainless steel may not be suitable for aluminum, while an alkaline degreaser and an acidic metal cleaner perform completely different technical functions.

Foam level is another important consideration. Some manual applications benefit from foam, while parts washers, spray equipment and industrial machines may require controlled or low-foam formulations.

This encyclopedia brings many industrial cleaning technologies together in one practical reference.

It is suitable for industrial detergent manufacturers, maintenance chemical producers, metal-treatment companies, private-label manufacturers, chemical formulators and businesses planning to enter the professional cleaning chemical market.

About Formulations

Industrial Detergent Formulations, Industrial Cleaner Formulations, Parts Washer Detergents, Industrial Degreaser Formulations, Acidic Metal Degreasers, Alkaline Metal Degreasers, Heavy-Duty Degreasers, Low-Foam Industrial Cleaners, Metal Cleaner Formulations, Aluminum Cleaner Formulations, Aluminum Brightener Formulations, Stainless Steel Cleaner Formulations, Silver Cleaner Formulations, Brass Cleaner Formulations, Copper Cleaner Formulations, Metal Polishing Products, Tar Remover Formulations, Water-Based Degreasers, Solvent-Based Degreasers, Industrial Degreaser Sprays

Manufacturing Methods

Each formulation is presented in a clear and practical structure showing the raw materials, CAS numbers, functions of each ingredient, and exact quantities required for production.

All formulations are calculated on a 100 kg production basis, making them easy to understand, compare, scale, and adapt for laboratory or industrial R&D work.

The book uses straightforward technical language so that readers can follow the formulations without needing advanced engineering knowledge.

The Production Process section explains the manufacturing sequence step by step, including charging order, mixing, dissolution, dispersion, temperature control, viscosity adjustment, filtration, and final filling.

Special attention is given to what happens at each production stage, helping the reader understand not only what to add, but when, how, and why it is added.

The formulations are presented as practical starting formulations for laboratory, in-house, R&D, product-development, and commercial production studies, with final validation and regulatory testing required before market use.

In this way, the encyclopedia guides the reader through the complete manufacturing workflow in a form that can be followed by formulators, technicians, production staff, entrepreneurs, and manufacturers alike.

Troubleshooting

The encyclopedia helps readers understand and identify common problems that may occur during production and application.

Issues such as incorrect viscosity, poor adhesion, slow or incomplete curing, premature thickening, air bubbles, poor dispersion, and moisture-related instability can be evaluated through the formulation and production guidance.

The production processes explain critical factors such as mixing order, temperature, moisture control, dispersion, degassing, viscosity adjustment, filtration, and packaging conditions that can directly influence the final product.

Readers can also understand how substrate preparation, mixing accuracy, bond-line thickness, curing conditions, and application environment affect adhesive performance.

By comparing the expected product properties with actual production results, users can more easily determine where a problem may have originated in the manufacturing process.

This practical approach helps reduce unnecessary trial and error and provides a clearer direction for corrective formulation adjustments and process optimization.

Troubleshooting therefore becomes part of the overall formulation-development process rather than a separate, complicated engineering task.

Unlimited Technical Support

When you purchase the INDUSTRIAL DETERGENT FORMULATIONS ENCYCLOPEDIA, you are not limited to the technical information contained in the book.

MCB BOOKS provides unlimited technical support related to the formulations and manufacturing subjects covered in the encyclopedia.

If you need clarification about raw-material functions, formulation principles, manufacturing procedures, ingredient selection or technical details included in the book, you can contact our technical team.

Our aim is to help readers understand industrial cleaning chemistry and use the encyclopedia as a practical reference during formulation development and commercial production.

Featured Articles

1 – Industrial Detergent Formulation and Manufacturing Process

Industrial detergents are designed to remove difficult contaminants from machinery, equipment, metal parts, workshop surfaces and manufacturing environments.

Developing an effective industrial detergent formulation requires understanding both the type of contamination and the material being cleaned.

Industrial soils may include lubricating oils, machining fluids, grease, carbon residues, waxes, dirt, metalworking deposits and other difficult contaminants. These materials often require stronger and more specialized cleaning systems than ordinary household detergents.

Surfactants are important components because they improve wetting and help detach oily and particulate soils from the surface.

Nonionic surfactants are frequently useful in industrial formulations because of their grease-removal properties and controlled foam characteristics. Anionic or amphoteric surfactants may also be included depending on the application.

Alkaline materials can improve grease removal and help break down certain organic soils. Builders and chelating agents can support cleaning performance, particularly in hard-water conditions.

Solvents may be incorporated when the contamination contains heavy oils, resins, tar or other materials that are difficult to remove using aqueous detergent systems alone.

The manufacturing process depends on whether the detergent is liquid, powder, paste or solvent based.

Water-based systems generally begin with an aqueous phase followed by controlled addition of builders, surfactants and other functional ingredients.

Quality-control parameters may include appearance, pH, density, viscosity, foam characteristics, dilution stability and cleaning performance.

Surface compatibility testing is also important because industrial cleaners can contact metals, plastics, painted surfaces and other materials.

The INDUSTRIAL DETERGENT FORMULATIONS ENCYCLOPEDIA provides practical formulation and manufacturing approaches for companies developing professional industrial cleaning chemicals.

TAGS: industrial detergent formulation, industrial detergent manufacturing, industrial cleaner formulation, industrial cleaning chemicals, detergent production, industrial cleaning products, industrial detergent ingredients

2 – Industrial Degreaser Formulation for Heavy-Duty Cleaning

Industrial degreasers are developed to remove oils, grease and other difficult hydrophobic contaminants from machinery, engines, metal components, factory equipment and workshop surfaces.

An effective industrial degreaser formulation may be water based, alkaline, acidic or solvent based depending on the contamination and substrate.

Water-based degreasers commonly use surfactants together with builders, alkalinity agents and chelating materials.

The surfactant system improves wetting and emulsification, allowing grease to separate from the surface and remain dispersed during cleaning.

Alkaline degreasers can be particularly effective against heavy oil and grease. Their performance can be modified using different alkaline materials, surfactants and sequestrants.

However, highly alkaline formulations require careful evaluation because sensitive metals such as aluminum may not tolerate the same chemistry used on steel.

Solvent-based degreasers operate through a different mechanism. Suitable solvents can dissolve oils, waxes, grease or resinous contamination before the residue is removed from the surface.

Modern product development may also focus on water-dilutable degreasers that combine solvent power with surfactant technology.

Foam level should be selected according to application. Manual cleaning may tolerate or benefit from foam, while spray washers and circulating equipment generally require low-foam degreaser formulations.

Concentrated industrial degreasers can also be designed for dilution before use, allowing one commercial product to serve several cleaning intensities.

Manufacturers should evaluate cleaning efficiency, surface compatibility, dilution stability and storage stability before commercialization.

The INDUSTRIAL DETERGENT FORMULATIONS ENCYCLOPEDIA covers different industrial degreaser technologies and provides practical information for companies developing professional heavy-duty cleaning products.

TAGS: industrial degreaser formulation, degreaser formula, heavy duty degreaser, alkaline degreaser formulation, water based degreaser, solvent based degreaser, metal degreaser manufacturing

3 – Metal Cleaner Formulations for Industrial Applications

Metal cleaning is an important operation in manufacturing, maintenance, metal finishing and preparation processes.

A professional metal cleaner formulation must remove contamination effectively without causing unacceptable damage to the substrate.

Different metals require different cleaning chemistries.

Steel and stainless steel may tolerate cleaning conditions that would attack aluminum, copper, brass or other sensitive metals. For this reason, industrial manufacturers should develop products specifically for the intended substrate.

Alkaline cleaners are widely used for removing oils, grease and manufacturing residues. These formulations may contain alkaline builders, surfactants, chelating agents and other functional additives.

Acidic cleaners are often used where mineral deposits, oxidation or certain surface contaminants must be removed.

The selection and concentration of acids must be carefully controlled according to the metal and intended cleaning action.

Aluminum cleaning requires particular attention because strongly alkaline or highly acidic formulations can attack the surface. Specialized formulations may therefore include controlled cleaning systems and suitable corrosion-management components.

Stainless steel cleaners may be developed to remove grease, deposits or oxidation while restoring a clean surface appearance.

Products for copper, brass and silver may combine cleaning and polishing functions.

The physical form can also vary considerably. Industrial metal-care products may be supplied as liquids, concentrates, sprays, pastes or lotions.

Quality evaluation should include cleaning efficiency and inspection of the treated metal for staining, discoloration or surface attack.

The INDUSTRIAL DETERGENT FORMULATIONS ENCYCLOPEDIA brings together multiple metal cleaner technologies to help manufacturers understand the formulation differences required for aluminum, stainless steel, copper, brass, silver and other industrial surfaces.

TAGS: metal cleaner formulation, industrial metal cleaner, aluminum cleaner formulation, stainless steel cleaner, metal cleaning chemicals, metal degreaser, industrial cleaning formulation

4 – Parts Washer Detergent Formulation and Production

Parts washers are widely used in automotive workshops, metal-processing facilities, maintenance operations and manufacturing plants to remove grease, oil and processing residues from components.

The detergent used in these machines must provide strong cleaning while remaining compatible with the washing equipment and cleaned parts.

A professional parts washer detergent formulation may be supplied as a liquid or powder concentrate.

Alkaline systems are commonly used because alkalinity can improve the removal of oils and greasy soils.

Surfactants support wetting and emulsification, while builders and chelating agents can improve cleaning efficiency and reduce the negative effects of hard water.

One particularly important characteristic is foam control.

Many automated or spray parts washers operate with mechanical circulation that can generate significant foam. Excessive foam may interfere with pumps and reduce cleaning efficiency.

For this reason, manufacturers frequently develop low-foam parts washer detergents using suitable surfactants and foam-control strategies.

Phosphate-free formulations can also be developed using alternative builder technologies when required by product strategy or regional regulations.

Concentrated formulations are commercially attractive because users can dilute the detergent according to the severity of contamination.

However, dilution performance must be tested carefully to ensure the formulation remains stable and effective at the recommended use concentration.

Manufacturers should evaluate parameters such as pH, appearance, density, foam profile, cleaning performance, corrosion behavior and hard-water stability.

The detergent should also be tested on the metals commonly encountered in the intended application.

The INDUSTRIAL DETERGENT FORMULATIONS ENCYCLOPEDIA contains practical formulation approaches for powder and liquid parts washer detergents together with many other industrial cleaning and degreasing technologies.

TAGS: parts washer detergent formulation, parts washer cleaner, industrial parts cleaner, low foam detergent, metal parts degreaser, industrial washer detergent, parts cleaning chemicals

5 – Water-Based and Solvent-Based Industrial Cleaner Formulations

One of the most important decisions in industrial cleaner development is whether the product should use primarily water-based or solvent-based cleaning technology.

Water-based industrial cleaners generally rely on surfactants, builders, alkalinity agents, chelating materials and other functional ingredients to loosen, emulsify and suspend contamination.

These systems can be formulated as concentrates and diluted with water before use.

They are widely used for general factory cleaning, machinery cleaning, metal degreasing and maintenance applications.

Solvent-based cleaners operate mainly by dissolving oily, resinous or hydrophobic contamination.

They can be highly effective against materials such as heavy grease, tar, adhesives and certain industrial residues.

Some formulations combine solvents and surfactants to produce water-rinsable or emulsifiable cleaning systems.

Selecting between the two technologies depends on contamination, surface type, cleaning method, drying requirements and applicable workplace or environmental requirements.

A water-based formulation may be preferable when rinsing is available and large surfaces must be cleaned economically.

A solvent-based system may be useful where rapid dissolution of difficult oily contamination is required.

Hybrid formulations can provide another option by combining the solvency of selected organic materials with the rinsability of surfactant systems.

Manufacturers should consider flash point, worker exposure, ventilation, storage and applicable regulations whenever volatile solvents are used.

Cleaning performance should always be evaluated using realistic soils and target surfaces rather than relying only on theoretical raw-material properties.

The INDUSTRIAL DETERGENT FORMULATIONS ENCYCLOPEDIA provides formulation concepts for water-based and solvent-based industrial cleaners, degreasers, tar removers and metal-cleaning products, giving manufacturers a broad technical foundation for commercial product development.

TAGS: water based industrial cleaner, solvent based cleaner formulation, industrial degreaser formula, tar remover formulation, industrial cleaning chemicals, solvent degreaser, water based degreaser

Some Raw Materials Used

Nonionic Surfactants, Anionic Surfactants, Amphoteric Surfactants, Sodium Hydroxide, Potassium Hydroxide, Sodium Carbonate, Sodium Metasilicate, Sodium Silicate, Sodium Bicarbonate, Sodium Tripolyphosphate (STPP), Sodium Citrate, EDTA, Sodium Gluconate, Phosphates, Phosphonates, Citric Acid, Phosphoric Acid, Organic Acids, Glycol Ethers, Hydrocarbon Solvents, Alcohols, Hydrotropes, Corrosion Inhibitors, Chelating Agents, Foam Control Agents, Thickeners, Fragrance, Colorants

Why Choose This Encyclopedia

INDUSTRIAL DETERGENT FORMULATIONS ENCYCLOPEDIA is prepared for manufacturers, formulators and R&D teams who want to produce commercially, not only to read about chemistry. Every product in the book follows the same structure: raw materials with their functions and quantities; the complete production process with charging order, mixing, temperature and control points; product specifications; and troubleshooting guidance that links common production problems to their causes.

The recipes are written as tested starting points: reproduce them at laboratory scale, confirm the specification, then scale up to pilot and full production. Readers planning a new line often combine this book with DETERGENT FORMULATIONS ENCYCLOPEDIA, and our free articles offer further technical background.

Every MCB Books encyclopedia is available as a hard book and PDF — the PDF is delivered instantly, the printed edition ships worldwide — and all purchases include unlimited technical support. Questions before ordering? Contact the MCB Books team or write to us on WhatsApp; we reply the same day.

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