Engineering plastics have good mechanical properties and dimensional stability, and can maintain its excellent performance in high and low temperature environments. They are usually used as instrument parts, equipment shells, various insulating parts and other engineering structural parts.
With the continuous progress of polymer synthesis and processing technology, engineering plastics have penetrated into all areas of people's lives. In some areas that often contact with high temperature environment, the flame retardancy of engineering plastics has become an important indicator to measure its comprehensive performance.
As a professional flame retardant manufacturer, Yinsu company will recommend the right flame retardant according to customer production requirements.
Engineering Plastic
Buildings | Material | Recommended Flame Retardants |
Wood | Coating | PG-50, XT-60M |
Thermal Insulation Materials | EPS(Expanded Polystyrene), XPS(Extruded Polystyrene), PE Sheet(Polyethylene Sheet),PE Foam(Polyethylene Foam), PU Panel(Polyurethane Panel),PU Foam | PEFP-48, SM-18, EP-80F, PSV2-5 |
Exterior Wall Sheet | PVC | XT-30M, XT-30F |
Protective Net | HDPE | XT-30M, XT-30F |
Pipes | PE(Polyethylene) | PEG-131 |
Application examples:
Formular | HDPE | PEG-131 | Ca2CO3 |
Proportion | 50% | 13% | 50% |
Properties | UL94-V0 (T2.0mm) |
Formular | PS | PSV2-5 |
Proportion | 95% | 5% |
Properties | UL94-V0 (T2.0mm) |
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