The New Hyperform@&Nbsp, HPR Enhancer Is Launched By The United States.

A new Hyperform@ HPR high performance enhancer has been introduced recently by the American company. The use of this enhancer can provide higher strength and better impact resistance for the finished parts, and the product is lighter in weight.

In addition, Hyperform@ HPR high performance enhancers improve feed and operational performance and produce a mixture of higher whiteness, thereby helping users to reduce the use of pure white masterbatch.

Hyperform HPR-803i enhancers have been listed in the global market at present, mainly used in polypropylene mixture, especially for automotive interior trim materials.

Hyperform HPR-803i enhancer can partially or completely replace talcum powder in the mixture, and it can achieve the same effect with less dosage (generally less than 1/2 ~ 2/3).

According to Adam Watson, who is responsible for marketing of Hyperform HPR series enhancer products, the new product will bring significant improvements in liquidity for developing new products with talcum powder mixing plants.

A case study of automotive interior parts shows that the weight of components can be reduced by about 20% compared with talc filled parts, and a better balance between rigidity and impact strength can be achieved at the same time by about HPR-803i. Hyperform

In addition, such

Watson said that although Hyperform HPR-803i enhancer was originally a product tailored for the use of polypropylene for automotive interior parts, the company and its partners are continuing to find new uses.

For example, the molding test of the bottom plate of steam electric iron shows that compared with talcum filled compound, Hyperform@ HPR-803i enhancer can help to improve.

The test of foam material and extruded sheet has also been successful. This indicates that Hyperform HPR-803i reinforcer can also be used in extrusion blow molding and thermosetting resins.

Watson pointed out that the tests on the mixture containing Hyperform HPR-803i enhancers proved that

Unlike glass filled compounds, recycled materials hardly lose any mechanical properties.

In each processing stage, the wear degree of the equipment is further reduced.

"We are continuing our research and development projects."

Watson said, "our current partners highly recognize the excellent performance of this new additive product, which can improve the processing flow and performance at a lower cost.

Today, we are working closely with processors and end users to identify and develop more application areas that can provide an edge for the entire processing chain. "