NEWS AND EVENTS

Image Source: unsplashChemical additives give key fire safety in modern polymer making.Additive flame retardants blend into host polymer matrices physically. They do not form chemical bonds. Conversely, reactive flame retardants bond directly into polymer chains. This happens during synthesis.This c

Image Source: pexelsTo improve mixing, pick good flame retardants for polyamides.Top choices are:aluminum diethylphosphinate (DEPAL)red phosphorus masterbatchesmelamine polyphosphate (MPP)melamine cyanurate (MCA)new phosphorus-nitrogen additivesYou test advanced pa66 resin with tough tests. Mixers a

Image Source: unsplashYou pick good Flame Retardants for plastic cases. You match additive chemicals to your base plastic. Match materials with fire safety tests like UL 94. Check heat limits, strength needs, and safety rules.Plastic engineers balance important design choices during resin mixing. Fl

Image Source: unsplashReworded paragraph content: You must balance four main items for engineering plastics. First, check the resin matrix chemistry type. Next, look at target flame ratings. Also, keep the mechanical property retention strong. Finally, test the thermal processing limits well. A flam

Achieve UL94 V-0 without sacrificing strength. Learn how FR-370 bromine-phosphorus flame retardants lower loading and preserve polymer integrity.

Pass UL 94 in PP and HIPS without sacrificing quality. Learn how FR-370 flame retardant delivers UV stability, melt flow, and prevents blooming.

Balance fire safety and flexibility in polymers. Discover how FR-370 achieves UL94 V-0 while preserving elongation and preventing blooming.

Struggling with flexible PVC flammability? Discover how FR-370 achieves UL 94 V-0 fire safety without sacrificing elasticity or UV stability.

Solve the additive vs. reactive flame retardant dilemma. Discover how FR-370 achieves UL 94 V-0 in PP and HIPS while preserving strength.