Blend Colours

One of the defining traits of masterbatches is their versatility which allows them to be used in almost every application we can think of. The additives and compounds impart specific physical and chemical properties in the masterbatch that can be controlled by users to a great extent. This helps the users in creating products that are tailored according to their requirements. The plastic industry in particular relies on these components to ensure the final products inherit the required properties such as processability, hardness, flexibility, UV resistance, corrosion resistance, fire retardancy, and so forth. India is on the path to becoming a leading manufacturing hub of the world giving stiff competition to China. This means increased demand for various resources and input materials across industries for a wide variety of requirements. Plastic/polymer-based products are an integral part of most man-made devices we can see around us. Each plastic component's properties are depend...

One of the most important uses of filler masterbatch is its ability to replace a considerable part of the virgin resin to help manufacturers minimise cost while maintaining the structural and chemical integrity of the final product. This product is essentially a combination of calcium carbonate and polypropylene along with additives depending on the production need. Filler masterbatch is usually white with superior colour dispersion. While it is used mainly as a filler in various products, it can also improve the strength, processability, and various other attributes of the final product with ease. One particular area where this product is largely used is in the production of bags for various purposes. Whether it is for domestic, commercial, or industrial use, most woven sacks are made of filler masterbatch which provides greater strength, durability, and flexibility. Some of the benefits of using a filler masterbatch are:   Cost-benefit Reduced production time Solid build Minimis...

Desiccant masterbatches have been developed to solve the problem of moisture which accumulates over time during storage or transportation. This substance is designed to eliminate humidity and improve extrusion and injection processes. Moisture can be present either in the product or the raw materials used to cover the product. Adding a desiccant masterbatch will allow for neutralizing the moisture present in the constituent products. They usually come in granular or pellet form with a high concentration of active agent to be applied to the end product. Some other advantages of this masterbatch are: Excellent filler Maintain integrity and strength of the final product Solves all problems arising out of high moisture content Minimises corrosion Can be mixed evenly with other additives for added properties Cost-effective  Some of its applications are: Plastic bags Packaging films Disposable plates and cups Woven sacks Injection processes Corrugated pipes   With increased consumer...

  High-density polyethylene, more commonly known as HDPE, is one of the most widely used variants of polymers. It was first invented in the 1930s and used in building high-frequency radar cables. As a result of high molecular density, this polymer works best where moisture resistance, strength, and cost-effectiveness are most needed. It can also be made to be more flexible depending on the scope of the requirement. Characterised by superior corrosion resistance , it is suited for storing liquids, food, and other chemical items. The components of this polymer are highly inert, making it safe for storing chemicals for an extended period. HDPE granules can be easily mixed with other additives to enhance their properties according to the requirements of the user. Some of its advantages are:   Cost-effective High resistance to heat, moisture, and corrosion UV resistant Resistant to chemicals Can be built in different grades Durable Non-leaching   HDPE polymer is mostly used in...