Natriumdichlorisocyanurat 56% Sodium Dichloroisocyanurate(SDIC) 56% Molecular Formula: C3O3N3Cl2Na Specifications: Dosage form: white powder, granular, or flake Effective CL:
Trichlorisocyanursäure 90% granulare Trichloroisocyanuric Acidtrichloro-s-triazinetrione Molecular formula: C3N3O3Cl3CAS NO:87-90-1Specification:Dosage form white powder,granular,or tabl
Trichlorisocyanursäure Application: swimming pool chemicals, industrial circling water treatment, strong bleaching and disinfection effects, widely used as high effective d
TCCA 90% TCCA TCCA 90% 200g Tablet Dosage Form :Tablet Effective Cl :90% Size : 200g Package Plastic Drum: 25/50kg Cardboard Drum: 25kg/50kg (or decided by cu
Poly Aluminiumchlorid Poly Aluminium Chloride: 1) Made from pure raw material 2) Used for drinking water treatment and paper mills as retention agent 3) Appearance: solid
Poly Aluminiumchlorid Poly Aluminium Chloride 1) Made from pure raw material 2) Used for drinking water treatment and paper mills as retention agent 3) Appearance: solid
Poly Aluminiumchlorid Poly Aluminium Chloride: 1) Made from pure raw material 2) Used for drinking water treatment and paper mills as retention agent 3) Appearance: solid
Poly Aluminiumchlorid Poly Aluminium Chloride: 1) Made from pure raw material 2) Used for drinking water treatment and paper mills as retention agent 3) Appearance: solid
Poly Aluminiumchlorid Poly Aluminium Chloride: 1) Made from pure raw material 2) Used for drinking water treatment and paper mills as retention agent 3) Appearance: solid
Poly Aluminiumchlorid Poly Aluminium Chloride: 1) Made from pure raw material 2) Used for drinking water treatment and paper mills as retention agent 3) Appearance: solid
Poly Aluminiumchlorid Poly Aluminium Chloride: 1) Made from pure raw material 2) Used for drinking water treatment and paper mills as retention agent 3) Appearance: solid
Poly Aluminiumchlorid Poly Aluminium Chloride: 1) Made from pure raw material 2) Used for drinking water treatment and paper mills as retention agent 3) Appearance: solid
Poly Aluminiumchlorid Poly Aluminium Chloride: 1) Made from pure raw material 2) Used for drinking water treatment and paper mills as retention agent 3) Appearance: solid
Poly Aluminiumchlorid Poly Aluminium Chloride 1) Made from pure raw material 2) Used for drinking water treatment and paper mills as retention agent 3) Appearance: solid
Natriumdichlorisocyanurat, 1-20g Tablette
Natriumdichlorisocyanurat, Pulver
Natriumdichlorisocyanurat, Pulver
TRICHLORISOCYANURSÄURE
Trichlorisocyanursäure
Flockungsmittel körnigen
Flockungsmittel körnigen
Celluloseether HPMC Product HPMC HF HE HJ HK MethoxyContent (%)27.0-30.028.0-30.016.5-20.019.0-24.0Degree of substitution1.7-1.91.8-2.01.1-1.61.1-1.6Hydroxyl propoxyCont
HPMCHECMC ProductHPMCHFHEHJHKMethoxyContent (%)27.0-30.028.0-30.016.5-20.019.0-24.0Degree of substitution1.7-1.91.8-2.01.1-1.61.1-1.6Hydroxyl propoxyContent (%
Hydroxypropylmethylcellulose (HPMC) Product HPMC HF HE HJ HK MethoxyContent (%)27.0-30.028.0-30.016.5-20.019.0-24.0Degree of substitution1.7-1.91.8-2.01.1-1.61.1-1.6Hydroxyl propoxyCont
Produktion HPMCHECMC ProductHPMCHFHEHJHKMethoxyContent (%)27.0-30.028.0-30.016.5-20.019.0-24.0Degree of substitution1.7-1.91.8-2.01.1-1.61.1-1.6Hydroxyl propoxyContent (%
HEC Specification Degree of substitution(m.s) Moisture(%) Viscosity(mPa.s) HE-10 1.8-2.0 ≤6 8-12 HE-20 1.8-2.0 ≤6 15-25 HE-50 1.8-2.0 ≤6 40-60
Hydroxypropylmethylcellulose (HPMC), Cellulose et Product HPMC HF HE HJ HK MethoxyContent (%)27.0-30.028.0-30.016.5-20.019.0-24.0Degree of substitution1.7-1.91.8-2.01.1-1.61.1-1.6Hydroxyl propoxyCont
HPMC Product HPMC HF HE HJ HK MethoxyContent (%)27.0-30.028.0-30.016.5-20.019.0-24.0Degree of substitution1.7-1.91.8-2.01.1-1.61.1-1.6Hydroxyl propoxyCont
MC Product MC MA MethoxyContent (%)27.0-32.0Degree of substitution1.7-1.9Water content (Wt %)≤5.0Ash content (Wt %)≤1.0PH5.0-7.5Appearancemilk whi
SUPPLY HPMCHECMC ProductHPMCHFHEHJHKMethoxyContent (%)27.0-30.028.0-30.016.5-20.019.0-24.0Degree of substitution1.7-1.91.8-2.01.1-1.61.1-1.6Hydroxyl propoxyContent (%
Polyaluminiumchlorid Product name:water treatment chemical The product is hige-efficient,cheap and nontoxic high molecuar compound.It is easily soluble in water.In the hy
Polyaluminiumchlorid Product name:water treatment chemical The product is hige-efficient,cheap and nontoxic high molecuar compound.It is easily soluble in water.In the hy
Wasserbehandlungsmaterial Product name:water treatment material Product name:The product is hige-efficient,cheap and nontoxic high molecuar compound.It is easily soluble in wa
PAC PAC The product is hige-efficient,cheap and nontoxic high molecuar compound.It is easily soluble in water.In the hydrolytic process,it is accompained
pac pac The product is hige-efficient,cheap and nontoxic high molecuar compound.It is easily soluble in water.In the hydrolytic process,it is accompained
Polyaluminiumchlorid polyaluminium chloride The product is hige-efficient,cheap and nontoxic high molecuar compound.It is easily soluble in water.In the hydrolytic proces
Polyaluminiumchlorid polyaluminium chloride The product is hige-efficient,cheap and nontoxic high molecuar compound.It is easily soluble in water.In the hydrolytic proces
Polyaluminiumchlorid polyaluminium chloride The product is hige-efficient,cheap and nontoxic high molecuar compound.It is easily soluble in water.In the hydrolytic proces
pac pac The product is hige-efficient,cheap and nontoxic high molecuar compound.It is easily soluble in water.In the hydrolytic process,it is accompained
pac pac The product is hige-efficient,cheap and nontoxic high molecuar compound.It is easily soluble in water.In the hydrolytic process,it is accompained
Glycerintristearat AppearanceWhite flakes or powderIodine value (g I2/100g)3.0 max.Freezing point, °C56 - 60Acid value (mg KOH/g)5.0 max.Saponification value (mg KO
Glycerinmono-und-distearat AppearanceWhite flakes or powderMonoester, %40 min.Iodine value (g I2/100g)3.0 max.Freezing point, °C55 - 60Acid value (mg KOH/g)2.0 max.Saponifi
Triethanolamin Triethanolamine TEA97 Application Triethanolamine to do in rubber polymerization activators, catalysts in polyurethane industry do crosslinker, in th
AES (Fettalkohol-Polyoxyethylenether) Name :Polyoxyethylene ether sulfate (AES) Ionic nature:Anion Description With excellent detergency,emulsification and foamability,it is easy to disso
Polyoxyethylensorbitan-Fettsäureester S-80 span-80 span Application It isnon-ionic surfactant,can't disslove in water,can disslove in some organic solution,can be used as an emulsifier to
Coconutt Diethanolamid 6501 CDEA Coconutt Diethanol Amide Application It can be used as detergent,has good foaming,foam stability,infiltration decontamination,anti-hard wat
Triethanolamin Triethanolamine TEA85 Application Triethanolamine to do in rubber polymerization activators, catalysts in polyurethane industry do crosslinker, in th
tertiären amine12 / 14 Molecular Weight:220 Description Colorless and transparent liquid,insoluble in water,soluble in organic solvent such as alcohol,ether,etc. Perform St
Polysorbat Polysorbate tween 60 T60 Application Used as emulsifier,foaming agent,lubricant,solubilizing agent,antistatic agent,washing agent,dispersing agent an
OS-15 OS-15 peregal emulsifier Application It is has excellent emulsification,can disslove in water,used in washing,moistening and level dyeing capability.
