1. Premium Grade Black Masterbatches for Film This series have been specially formulated based on our years of experience which have proved to have overcome this dispersion problem. The high gloss silky surface finish properties make them as an ideal choice for film blowing. 2. Premium Injection Moulding Grade Black Masterbatches This series are highly compatible with most of the common plastics and do not have a

Ngai Hing Hong launched a new engineering-grade 3D printing material—Carbon Fiber Filled PC Alloy (CF Filled PC Alloy). It has high impact strength, high flexure modulus and not easy to bend. It also has low warping properties and hard to deform. With high chemical resistant and weatherable, our printing material are suitable for general 3D printer in the market and can be printed into automotive components or mechanical components such as

Javachem®GT/GW series have functions of both internal and external lubrication, meanwhile, because of the contained special functional group, UHMW siloxane polymers have better dispersity and more convenient process. Improve processing fluidity, reduce energy consumption and enhance productivity. Obviously improve wear and scratch resistance, decrease stress whitening, reduce TVOC. Improve surface gloss and smoo

Javachem®HG is an efficient scratch resistant agent for auto interior PP material. The contained functional group of UHMW siloxane acts with anchoring effect in PP resin, which makes it compatible well with PP material. Javachem®HG concentrating on the surface imparts PP interior material with excellent and long-lasting scratch resistance without stickiness and yellowing after exposure to light at high temperature. It can also effectively avoi

The world’s first ULTRA low energy dryers, based on unique technology for use in the plastics processing industry. Conventional desiccant dryers typically use 45 Watts/lb/hr (100 Watts/kg/hr) to DRY material. ULTRA uses just 4 watts/lb/hr (8 Watts/kg/hr) to DRY. Switching from desiccant to ULTRA saves you 41 watt/lb/hr (91 Watts/kg/hr). On a process running 220 lbs/hr (100 kg/hr) an ULTRA dryer can save you $6,494 annually doing the ex

The world’s first ULTRA low energy dryers, based on unique technology for use in the plastics processing industry. Conventional desiccant dryers typically use 45 Watts/lb/hr (100 Watts/kg/hr) to DRY material. ULTRA uses just 4 watts/lb/hr (8 Watts/kg/hr) to DRY. Switching from desiccant to ULTRA saves you 41 watt/lb/hr (91 Watts/kg/hr). On a process running 220 lbs/hr (100 kg/hr) an ULTRA dryer can save you $6,494 annually doing the ex

The world’s first ULTRA low energy dryers, based on unique technology for use in the plastics processing industry. Conventional desiccant dryers typically use 45 Watts/lb/hr (100 Watts/kg/hr) to DRY material. ULTRA uses just 4 watts/lb/hr (8 Watts/kg/hr) to DRY. Switching from desiccant to ULTRA saves you 41 watt/lb/hr (91 Watts/kg/hr). On a process running 220 lbs/hr (100 kg/hr) an ULTRA dryer can save you $6,494 annually doing the ex

The Falcon series of super high speed servo driven side-entry robots particularly designed for applications where cycle times are very short and conventional robot access is too slow. Their configuration also makes them suitable when there are head height restrictions. The Falcon series covers molding machine from 50T to 350T.