sodium tripolyphosphate powder ساخت آنلاین

Water Treatment Sodium Tripolyphosphate Protective Agent for Circulating Water Systems Industrial grade sodium tripolyphosphate (STPP) designed for effective water treatment in industrial cooling systems and ... ادامه مطلب

96% Sodium Tri Poly Phosphate STPP Powder For Ceramic Dispersing Agent 96% Highly Purified Sodium Tri Poly Phosphate for Ceramic Dispersing Agent Product Specifications Attribute Value CAS 7758-29-4 EINECS 231... ادامه مطلب

Industry 96% Sodium Tri Poly Phosphate STPP Powder Cas No 7758-29-4 Industry 96% CAS 7758-29-4 STPP for producing a complex of calcium ions. Product Specifications Attribute Value CAS 7758-29-4 EINECS 231-838-7 ... ادامه مطلب

High-Purity Free Flowing Industrial STPP with Superior Sequestration Power Key attributes Molecular formula: Na5P3O10 Molecular weight: 367.86 Industrial grade CAS 7758-29-4 Industrial grade products & COA ... ادامه مطلب

Purity 96% STPP Phosphate Sodium Tri Poly Phosphate For Water Treatment Industrial Grade 96% Sodium Tripolyphosphate for Water Treatment Product Specifications CAS 7758-29-4 EINECS 231-838-7 Appearance White ... ادامه مطلب

Industrial Cleaning STPP Expert for Efficient Soil Removal Emulsification Industrial Grade Sodium Tripolyphosphate (STPP) delivers superior performance in soil removal, emulsification, and industrial cleaning ... ادامه مطلب

High Purity STPP Core Builder For Detergent Formulations Industrial grade sodium tripolyphosphate designed for industrial industrial processing and performance enhancement applications. Technical Specifications ... ادامه مطلب

Heavy Duty Cleaning STPP Essential For Industrial Equipment Maintenance Industrial Grade Sodium Tripolyphosphate (STPP) is a high-performance cleaning agent specifically formulated for demanding industrial ... ادامه مطلب

Synthetic Detergent STPP: Key Component for Detergency Enhancement Industrial grade Sodium Tripolyphosphate (STPP) with molecular formula Na₅P₃O₁₀ and molecular weight 367.86. CAS number: 7758-29-4. This ... ادامه مطلب