OTECH has a wide product line of, and custom development capability for, flame and smoke suppressed wire & cable compounds to meet the entire flame-retardant hierarchy of wire constructions. OTECH’s compounds satisfy all the requirements across the entire hierarchy of wire constructions, from vw1 to tray cable to plenum compounds. OTECH is developing a complete line of proposition 65 compliant wire and cable compounds, using flame retardants that are all prop 65 compliant.

OTECH’s medical grade PVC compounds are the emerging choice in the regulated market for formulations engineered for clear tubing, injection molded parts and film applications. All of OTECH’s medical grade compounds are designed and produced for superior clarity, thermal stability and processability in its state-of-the-art segregated medical grade compounding facility.

OTECH’s diversified product line meets your ongoing needs for consistent, competitively-priced extrusion compounds. Respected industry-wide for our new ideas and valuable solutions, we continuously introduce new technologies to enhance your product line. We are an ISO 9001:2015 certified custom U.S. manufacturer of PVC compounds and specialty thermoplastic materials, and our commitment to excellence has fueled our growth on a national level.

OTECH has a number of non-vinyl options for footwear applications have been developed and feature some very unique properties. The property enhancements from these OTECH compounds for shoe and boot designs, improve wear, surface appearance, weight and chemical resistance. OTECH has several SBS and SEBS compounds being used in casual footwear applications including rainboots, utility boots and clogs. These compounds are a light-weight option that may replace some PVC applications.

A specialty TPE and PVC molding compound can be designed by OTECH for any molding application. Specialty PVC elastomers and TPEs offer alternative materials for “engineered” applications. Each molding compound developed by OTECH offers excellent processability for even the most complex shapes and exacting applications.