Phosphoric Acid
2024-12-27
PHOSPHORIC ACID ELECTRONIC GRADE
Used for liquid crystal screens and for cleaning and etching of chip-level precision electronic components.
PHOSPHORIC ACID FOOD GRADE
Mainly used as food starter, and important additivés for toothpaste, animal auxiliary feed, etc.
It is directly used in drinks as a sour taste regulator, and widely used in fats, MSG, sugar, and
other food and related products as an indispensable reaction aid; also used for the
production of food-grade phosphates.
PHOSPHORIC ACID INDUSTRIAL GRADE
Widely used in medicine, printing, metallurgy, coating, feed, fertilizer,
metal surface phosphating treatment, water treatment, new energy industries, etc.
POLYPHOSPHORIC ACID (105%、115%、116%、117%、118%、120%)
It is mainly used in drug synthesis, pigment synthesis, catalyst synthesis, carbon fiber production,
inorganic flame retardants, and many other fine chemical fields. It can also produce lithium hexafluorophosphate, the raw material of lithium battery electrolyte.
Using the "one-step" production technology, the polymer content is much higher than that ofthe
"two-step" production of polyphosphoric acid, with stable performance and good fluidity.
Used for liquid crystal screens and for cleaning and etching of chip-level precision electronic components.
PHOSPHORIC ACID FOOD GRADE
Mainly used as food starter, and important additivés for toothpaste, animal auxiliary feed, etc.
It is directly used in drinks as a sour taste regulator, and widely used in fats, MSG, sugar, and
other food and related products as an indispensable reaction aid; also used for the
production of food-grade phosphates.
PHOSPHORIC ACID INDUSTRIAL GRADE
Widely used in medicine, printing, metallurgy, coating, feed, fertilizer,
metal surface phosphating treatment, water treatment, new energy industries, etc.
POLYPHOSPHORIC ACID (105%、115%、116%、117%、118%、120%)
It is mainly used in drug synthesis, pigment synthesis, catalyst synthesis, carbon fiber production,
inorganic flame retardants, and many other fine chemical fields. It can also produce lithium hexafluorophosphate, the raw material of lithium battery electrolyte.
Using the "one-step" production technology, the polymer content is much higher than that ofthe
"two-step" production of polyphosphoric acid, with stable performance and good fluidity.
Flame Retardants 
Cobalt Sulfate Heptahydrate 
Cobalt Chloride Hexahydrate 
Amphoteric surfactants 
Nonionic Surfactant 
Anionic Surfactants 
Super Absorbent Polymer (SAP) 
Infrared Reflective Pigments 
N-Vinylpyrrolidone/N-Vinylimidazole copolymer 
Vinylpyrrolidone/vinyl acetate copolymer(VP/VA Copolymer) 
Polyvinylpyrrolidone(PVP) 
Acid Release Agent VS-01 
P-Phenetidine 99% 
EDTA-2Na 
Vat Red 31 
Disperse Blue 54 for high light fastness polyester textiles 
Citric acid 
Highly purified dyes used to make DTP(Digital Textile Printing) ink 
Photoluminescent pigment 
Sodium sulfide