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Additives

Additives are chemicals added to plastics to improve their performance, appearance, and processability. They can be used to make plastics more durable, sustainable, and useful.

Types of additives
Fillers: Reduce weight and cost, and make plastics easier to mold and shape. Filler scan also increase heat-deflection and reduce thermal expansion.

Antioxidants: Protect plastics from oxidation.
Anti-fog additives: Improve the transparency and appearance of plastics.
Anti-static agents: Prevent static buildup
Anti-slip additives: Improve slip resistance
Anti-wear additives: Improve wear resistance

additive 1

Slip Masterbatch

Slip” additives are used to reduce a film’s resistance to sliding over itself or parts of converting equipment. Commercially important slips can be found in the chemical family known as amides, and are typically referred to as “fast bloom” (oleamide) and “slow bloom” (erucamide) additives. Other amides are used specifically for special processes (e.g. higher heat extrusion coating applications or customized mixtures where balancing slip and antiblock properties are critical.

Anti-microbial, Anti Fungal

These unique Anti-Microbial Additive Masterbatch, Anti-Fungal Additive Masterbatch based on nano-silver are food safe, Human safe, eco-friendly and compatible with most polymers. These additive masterbatches do not release silver. These can be used in various processes like Injection molding, Roto molding, Extrusion, Blow molding etc to inhibit the growth of microbes and fungus on plastic.

Rodent Repellent

Rodents are a menace in our homes, offices, farms, and godowns. These menaces damage several products like power cables, plastic doors, wires, sliding, benches, plastic furniture and parts, drip irrigation pipes, etc.

UV Stabilizer

UV Stabilizer Additive Masterbatches protect the polymer from degradation. The protection mechanism may work in different ways as follows.

  • Absorption of the harmful UV radiation and its dissipation into less degrading radiations,
    i.e. infrared radiation and heat.
  • Deactivation of the excited states of the chromophoric groups

Flame Retardent

Due to increasing demands in fire protection regulations, it has become necessary to modify the flame retardation behaviour of plastics. Flame retardant’s action is to retard the flammability of plastics, to minimise their ignition properties and burning behaviour such as flame propagation, smoke, and heat.

Additives

Product Range