Products

Pacur® PETG Copolyester Sheet is extruded from copolyester resin. It is a remarkably clear and tough material, making it ideally suited for use as a blister packaging material. It is both FDA and USDA approved for use in medical device, pharmaceutical, and food packaging applications. It will withstand ethylene oxide, gamma, electron beam, and gas plasma sterilization. Other end uses include general purpose blister packaging, graphic applications, and stationary supplies.

Pacur® APET Polyester Sheet is extruded from polyester resin. It is an exceptionally clear FDA approved material for use in food applications. In comparison to the copolyesters, it offers a better oxygen permeability barrier for packaging of oxygen sensitive products. It offers excellent resistance to many chemicals and solvents and is also an electrical insulator.

Pacur® PETG DTC copolyester sheet is designed for use in cost effective ESD safe packaging and “one way” shipping applications. The sheet is extruded from an amorphous polyester resin and treated with a proprietary electrostatic dissipative material forming a clear, tough, chlorine/chloride-free, ESD safe packaging material.

Pacur® PETG FLEX is engineered for use in 0.003” to 0.009” gage applications and is extruded from PETG copolyester resin. PETG FLEX is an exceptionally tough material making it ideal for label and thermoforming applications.

Pacur® Medical Polypropylene 6025 are easily processed using standard thermoforming equipment. The low stress composition and consistent gage achieve high yield processing with fewer rejected parts. Standard sterilization methods include ethylene oxide. Each product has different physical characteristics. It is important to select the correct material for your application, ensure that you get the performance desired. Please contact Pacur® for help selecting the right product for your application.

Pacur® Medical Polypropylene 7012 is easily processed using standard thermoforming equipment. The low stress composition and consistent gage achieve high yield processing with fewer rejected parts. Standard sterilization methods include ethylene oxide. Each product has different physical characteristics. It is important to select the correct material for your application, ensure that you get the performance desired.

Pacur® Medical Polypropylene 7000 is easily processed using standard thermoforming equipment. The low stress composition and consistent gage achieve high yield processing with fewer rejected parts. Standard sterilization methods include ethylene oxide. Each product has different physical characteristics. It is important to select the correct material for your application, ensure that you get the performance desired.

Pacur® RPETG Copolyester Sheet is extruded from a mixture of Pacur’s internally-generated PETG recyclable material and regrind (scrap) material obtained from outside sources. Material obtained from the outside sources has wide variations of quality level. This material is intended for use in “utility” non-FDA applications.

Pacur® Medical Polypropylene 7020 is easily processed using standard thermoforming equipment. The low stress composition and consistent gage achieve high yield processing with fewer rejected parts. Standard sterilization methods include ethylene oxide. Each product has different physical characteristics. It is important to select the correct material for your application, ensure that you get the performance desired.

Pacur® HT Copolyester Sheet is an amorphous copolyester that combines excellent clarity and toughness with outstanding heat and chemical resistance. This new generation copolyester can be thermoformed with a wide processing window that allows for product designs that reflect intricate detail. The HT product is suitable for use with most forms of sterilization including ethylene oxide, gamma, electron beam, and gas plasma methods. It is NOT suitable for autoclave/steam sterilization. Pacur HT does not contain Bisphenol A (BPA). It is FDA and USDA approved for use in medical, pharmaceutical, and food packaging applications.