Plastic

Plastic
Rubber
Paper
Paint
Ceramic
Cosmetics

In plastics, AIHAI's high quality and carefully-selected talc products are widely used to improve the mechanical properties of thermoplastics, mainly polypropylene but also polyethylene and polyamide (nylon). Main applications are automotive parts (car bumpers, dashboards, etc.), household appliances and packaging. In order to give good reinforcement and ensure the right balance between stiffness and impact strength, AIHAI is using advanced milling technology to preserve high lamellar yet very fine talc particles to meet industries requirements.

High purity, highly lamellar micronized talc enhances the performance of plastic compounds. The particle size distribution of the talc and to how it disperses in the matrix directly links to the impact strength of talc reinforced plastics. In PP pipes, AIHAI talc increases rigidity, creep resistance and impact resistance. This makes PP/talc the environmentally friendly alternative to PVC. In motor vehicles, AIHAI talc in polymer compounds stabilizes bumpers and makes dashboards more scratch-resistant.

Aging Resistance

Si-containing minerals such as talc reduces the transmission infrared and ultraviolet rays, helps to increase anti-aging properties in plastic products.
Heat Insulation

Incorporating talc in a polymer compound increases production rate. Talc's significantly higher thermal conductivity allows heat generated during processing transmitted more quickly.
Talc can also increase heat resistance and reduce shrinkage. When plastic is extruded in the manufacturing process, talc's very low hardness minimizes abrasion on equipment.
Nucleation

Talc crystalline structure provides a unique surface for nucleation of polymers. It increases flexural modulus and heat deflection temperature and can improve impact resistance at low talc loading levels. AIHAI has developed a specific range of products for polymer nucleation helps to achieve higher mechanical properties and to reduce processing time.
Dimensional Stability

The main reason for incorporating talc in plastics is to increase the stiffness. The degree of rigidity depends on the filling level, aspect ratio and fineness of the talc. AIHAI's highly pure talc grades, with a low loss of ignition and highly lamellar helps keep plastics parts dimensionally stable.

AH51210、AHCP250、AHP10、PH20、AH51205、AH51220、AH6090A、AHCP10、PA08、PT08、PT20

Aging Resistance

Si-containing minerals such as talc reduces the transmission infrared and ultraviolet rays, helps to increase anti-aging properties in plastic products.
Heat Insulation

Incorporating talc in a polymer compound resulting in faster production rates. Talc’s significantly higher thermal conductivity (compared to the polymer) allows heat introduced and generated during processing is transmitted through the mixture more quickly. The heat is also transported out of the compound faster during cooling. Furthermore, talc can also increase the heat resistance of these products and reduce shrinkage. Where the plastic is extruded in the manufacturing process, talc's very low hardness produces less abrasion on equipment than harder mineral fillers.
Nucleation

Talc crystalline structure provides a unique surface for nucleation of polymers. It increases flexural modulus and heat deflection temperature and can improve impact resistance at low talc loading levels. AIHAI has developed a specific range of products for polymer nucleation helps to achieve higher mechanical properties and to reduce processing time.
Dimensional Stability

The main reason for incorporating talc in plastics is to increase the stiffness. The degree of rigidity depends on the filling level, aspect ratio and fineness of the talc. AIHAI’s highly pure talc grades, with a low loss of ignition and highly lamellar helps keep plastics parts dimensionally stable.

AH51210、AHCP250、AHP10、PH20、AH51205、AH51220、AH6090A、AHCP10、PA08、PT08、PT20