Category Archives: cryogenic

polycarbonate |

Cryogenic Deflashing Lexan Plastic

Cryogenic Deflashing for Lexan Molded Parts Introduction to Lexan Lexan is a trademarked form of polycarbonate plastic that is transparent and has both high impact resistance and heat resistance. It is used in various applications including housings, bullet-proof glazing and other parts that require optical grade quality and a high level of durability. Molding Lexan […]

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neoprene

Cryogenic Deflashing Neoprene Molded Parts

Introduction to Neoprene Neoprene is a synthetic rubber material that is resistant to heat, oils and chemicals. It is commonly used in a variety of applications including gaskets and seals. Due to its durability and resistance to the elements, it is also commonly used in industrial parts and to make protective gear. Neoprene’s versatility allows […]

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Injection Molded PET Parts

Cryogenic Deflashing PET Molded Parts

PET Plastic Material & Uses PET (polyethylene terephthalate) is a type of plastic that is commonly used to manufacture a wide variety of parts including bottles and containers for liquid & food products, packaging materials, and automotive components. Some specific examples include: Beverage bottles: PET is the most common material used for bottled water, soft […]

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molded medical parts | medical injection molding | medical silicone parts

Emerging Trends In Plastic Engineering

The field of plastic engineering is constantly evolving, it appears that there will be many developments in the near-term future. Budgets for research and development are allowing for the development of new breakthrough technologies within the industry. In this article, we will review some of the developing trends in plastic engineering that are likely to […]

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Nitrofreeze Cryogenic Deflashing

Increasing Polymer Performance With Additives

Improve Your Molded Polymer Performance Polymers, which are also known as plastics, are widely needed and used in our daily lives because of their total cost, adaptability to different shapes and forms, along with durability. Even with these benefits, Certain polymers may not be able to fully satisfy the demands of any given application despite […]

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