Plastic products are an inseparable part of our lives and are used in almost everything we see and touch. Starting from our utensils, home appliances, laptops, and automobiles; everything is either made of plastic or has a plastic component in it. Quite naturally, the quality of the plastic component is expected to be of the highest quality to ensure it can handle the rigours of the work. Properties such as strength, durability, stability, UV stability, and chemical resistance are some of the common features that are imparted in the final product by performance additive masterbatches.
Performance additive masterbatch is a concentrated mixture of additives that are used to modify the property of the resin during production in order to improve specific physical or mechanical properties. Manufacturers can also customise these masterbatches by mixing multiple additives.
There are various types of performance additive masterbatches available in the market, each with its unique composition and properties. Some of the common types of performance additive masterbatches are:
UV Stabiliser Masterbatch – This masterbatch is used to improve the UV resistance of plastic products which remain exposed to direct sunlight. This applies largely to the construction, electronics, tools, and automobile sectors
Antioxidant Masterbatch – This masterbatch is used to prevent the plastic product from decaying over time due to oxidation. This masterbatch is largely used in the construction sector where the building components are exposed to air and moisture at all times.
Flame Retardant Masterbatch – As the name suggests, this masterbatch is used to improve the fire resistance of plastic products. This masterbatch is particularly useful in applications where fire safety is a concern such as factories, commercial buildings, warehouses, etc.
Antistatic Masterbatch – This masterbatch is used to improve the antistatic property of the plastic product, making it suitable for use in places where static electricity is a concern such as power stations, manufacturing facilities, laboratories, etc.
With its proven effectiveness and ease of production, the demand for performance additive masterbatches is expected to stay high all year round. With rapid modernisation and industrialisation, its demand will skyrocket further. Keeping this in mind, it is important to consider factors such as quality, customisation, delivery timeline, customer service, innovation, and cost to ensure you can choose the right performance additive masterbatch to suit your needs.
