Additives

Purpose:

Improve the brightness and whiteness of materials by absorbing UV light and emitting visible blue light.

• OB/OB1/OB2: These are types of optical brighteners, each offering different levels of brightness and specific applications based on polymer type and processing conditions.

Purpose:

Reduce static charge buildup in polymers, preventing dust attraction and making materials safer for electronics.

•  DHS-1: Likely antistatic agents tailored for specific polymer systems, providing long-lasting static protection.

Purpose:

Reduce the coefficient of friction on the surface of plastic materials, allowing easier handling and processing.

• CO-1, O, E:  These slip additives that can be applied to different polymers to enhance processing and improve surface feel.

Purpose:

Protect polymers from oxidation during processing and in use, extending their lifespan.

• B10, B68, B25 : These antioxidants help stabilize polymers against thermal degradation, preventing breakdown during manufacturing.

Purpose:

Protect polymers from UV light degradation, which causes discoloration and brittleness.

• UV-770, 622, 783, 944: Different grades of UV stabilizers designed for various polymers to offer protection against UV-induced degradation.

Purpose:

Used in foam products, they create gas bubbles to reduce the density of the material.

• Exothermic , Endothermic : This could be a specific type of blowing agent used to make foamed plastics with reduced weight and improved thermal insulation.

Purpose:

Act as lubricants and release agents in polymer processing, as well as acid scavengers.

• ZS (Zinc Stearate), CS (Calcium Stearate): Used in the processing of polyolefins and other plastics to improve mold release and reduce friction.

Purpose:

Improve processing efficiency, reduce die build-up, and enhance the appearance of extruded polymers.

• PPA, PN-2503, PIN-99 NH/H: These are polymer processing aids that reduce melt fracture and enhance extrusion performance, making the final product smoother and more aesthetically appealing.

Purpose:

Prevent or slow the spread of fire in polymer products.

• Could include additives that are designed to improve the fire resistance of materials, especially in industries like construction and electronics.

Purpose:

Enhance the clarity and mechanical properties of polymers like polypropylene by increasing crystallization speed.

• Could include additives that are designed to improve the fire resistance of materials, especially in industries like construction and electronics.

Purpose:

Used as a stabilizer in polymers to neutralize acids and prevent degradation during processing.

• Could be used as a multifunctional stabilizer in polyolefins to maintain material integrity.

Purpose:

Improve the dispersion of pigments and fillers in polymers, enhancing color strength and consistency.

• Likely help in maintaining a uniform appearance in colored or filled plastics.

Purpose:

Deter rodents from gnawing on plastic materials, often used in cables and pipes.

• Special additives that protect products from damage caused by rodents.

Purpose:

Prevent the growth of microbes, bacteria, and fungi on polymer surfaces, which is crucial in medical and packaging applications.

• The N9 Plastix additives are designed to provide powerful protection against microbial growth in a variety of plastic and polymer applications. These additives help prevent the buildup of bacteria, fungi, and other harmful microbes, which can lead to product deterioration, odors, and health risks.

Purpose:

Mask or neutralize unpleasant odors in plastics, especially important in recycled materials.

• These additives are used to improve the sensory properties of the final product, making it more acceptable to end users.

Polyethylene & Polypropylene waxes are high quality additives used in manufacturing of all types of plastics, rubber, printing inks etc.

• TC06-P, TC04-P, TC02-P, M80P, TC612P, TC3016-P