SAMHWA Corp. has been providing the local Korean and world plastics industry as well with its SAMTECH brand top quality color masterbatches, additive masterbatches, and specialty compounds since its establishment in 1986. SAMHWA has been winning the trust and confidence of customers all over the world for over 35 years.
Quality is the most important feature and merit of SAMTECH products assured through constant quality checks in all stages of the production process. Strict specifications have been set for quality control, and production samples have been tested accordingly up to the requirements of ISO 9001 and ISO 14001. Masterbatch Manufacturer in Korea
As a leading masterbatches manufacturer in Korea, SAMHWA Corp. has been continuously investing in the new equipment and innovation of technology to achieve monthly production capacity of 1,000 tons of SAMTECH brand masterbatches and 800 tons of SAMTECH brand XLPE compounds.

SAMTECH Anti-static masterbatches help to prevent static electricity from occurring during processing, transportation, filling, or any handling of the plastic part. They provide permanent or long-term electrostatic dissipative properties in a polymer and are widely used in electronic components packaging. They also avoid dust pick up by the packed goods. As a result, the materials can be stored and eventually displayed in a more attractive way.
Anti-static products contain migratory chemicals and non-migratory polymers. Migratory anti-static masterbatches form a microscopically thin coating that captures water vapor from the air. The captured water, in turn, becomes the conductor to dissipate static electricity. Non-migratory anti-static masterbatches contain clear polymeric anti-static additives that provide anti-static properties that are independent of atmospheric humidity. uv masterbatch supplier

Benefits of SAMTECH Permanent Anti-static masterbatches

 Excellent Compatibility with Poly Olefin Resin
 Manageable of Surface Resistance
 Better Transparency on Products
 Prevent Discoloration
 Less Die Build Up for Processing