Across dozens of industries and in a countless number of applications, product designers and manufacturers have turned to thermoplastic elastomers (TPEs) and liquid silicone rubber (LSR) to replace natural rubber. When considering sustainable content TPEs, recycled content formulations have more limitations based on the comingled nature of recycled raw materials. For these reasons alone, LSR is often the natural choice for everything from medical instruments to FDA Class III and USP Class VI implant products, including catheters, gastric feeding tubes, heart valves and stents.

Across dozens of industries and in a countless number of applications, product designers and manufacturers have turned to thermoplastic elastomers (TPEs) and liquid silicone rubber (LSR) to replace natural rubber. When considering sustainable content TPEs, recycled content formulations have more limitations based on the comingled nature of recycled raw materials. For these reasons alone, LSR is often the natural choice for everything from medical instruments to FDA Class III and USP Class VI implant products, including catheters, gastric feeding tubes, heart valves and stents.

If a matte finish similar to that of a thermoset rubber is required, a rougher mold texture should be used (or Versalloy TPV alloys, which naturally produce a matte surface). As a result, the anisotropic nature of the styrenic TPE needs to be taken into consideration when determining the gate location on the part. For maximum flexibility, the design should be naturally or geometrically balanced.

These include energy efficiency, renewable raw materials, light weighting and conserving natural resources. Our scope 1 emissions accounts for diesel, natural gas, and self-generated solar and wind power. For the calculation, we have estimated 10,000 Kwh savings linked to reduction in gas natural consumption. 2.

Sustainable infrastructure solutions that increase energy efficiency, renewable energy, natural resource conservation and fiber optic / 5G network accessibility performance in prior periods without the effect of items that, by their nature, tend to obscure performance in prior periods without the effect of items that, by their nature, tend to obscure

Across dozens of industries and in a countless number of applications, product designers and manufacturers have turned to thermoplastic elastomers (TPEs) and liquid silicone rubber (LSR) to replace natural rubber. When considering sustainable content TPEs, recycled content formulations have more limitations based on the comingled nature of recycled raw materials. For these reasons alone, LSR is often the natural choice for everything from medical instruments to FDA Class III and USP Class VI implant products, including catheters, gastric feeding tubes, heart valves and stents.

Across dozens of industries and in a countless number of applications, product designers and manufacturers have turned to thermoplastic elastomers (TPEs) and liquid silicone rubber (LSR) to replace natural rubber. When considering sustainable content TPEs, recycled content formulations have more limitations based on the comingled nature of recycled raw materials. For these reasons alone, LSR is often the natural choice for everything from medical instruments to FDA Class III and USP Class VI implant products, including catheters, gastric feeding tubes, heart valves and stents.

If a matte finish similar to that of a thermoset rubber is required, a rougher mold texture should be used (or Versalloy TPV alloys, which naturally produce a matte surface). As a result, the anisotropic nature of the styrenic TPE needs to be taken into consideration when determining the gate location on the part. For maximum flexibility, the design should be naturally or geometrically balanced.

These and other projects benefit the planet by minimizing the amount of natural resources required to safely manufacture, transport and ensure first-time quality material to our customers. While these are important preventative measures that protect our natural resources, we’re also committed to fixing problems related to plastic waste in the environment.

These include energy efficiency, renewable raw materials, light weighting and conserving natural resources. Our operations are subject to several risks, including natural disasters These include energy efficiency, renewable raw materials, light weighting and conserving natural resources.