This resin is a combination of waste corn cob and injection molding grade polypropylene (PP).

This resin is a combination of hemp and injection molding grade polypropylene (PP).

This resin is a combination of sisal fiber and injection molding grade polypropylene (PP). Natural fiber filled resins can replace glass or carbon fiber filled PP in many applications for a more sustainable and lighter weight option, not to mention the more natural aesthetic.

This resin is a combination of sisal fiber and injection molding grade polypropylene (PP). Natural fiber filled resins can replace glass or carbon fiber filled PP in many applications for a more sustainable and lighter weight option, not to mention the more natural aesthetic.

This resin is a combination of American bamboo fiber, a sustainably grown grass sourced in the Midwest and injection molding grade polypropylene (PP). Natural fiber filled resins can replace glass or carbon fiber filled PP in many applications for a more sustainable and lighter weight option, not to mention the more natural aesthetic.

This resin is a combination of American bamboo fiber, a sustainably grown grass sourced in the Midwest and injection molding grade polypropylene (PP). Natural fiber filled resins can replace glass or carbon fiber filled PP in many applications for a more sustainable and lighter weight option, not to mention the more natural aesthetic.

This resin is a combination of reclaimed jute fibers and injection molding grade polypropylene (PP). To create a repurposed product, we have partnering with a Tier 1 automotive manufacturer to source their waste trim and scrap jute matting to create this biocomposite. Natural fiber filled resins can replace glass or carbon fiber filled PP in many applications for a more sustainable and lighter weight option, not to mention the more natural aesthetic

This resin is a combination of wheat starch and injection molding grade polypropylene (PP). It is certified by the USDA BioPreferred Program for biobased content.

This resin is a combination of wheat starch and injection molding grade polypropylene (PP). It is certified by the USDA BioPreferred Program for biobased content.

This resin is a combination of pine wood and glass-filled injection molding grade polypropylene (PP). No new trees are cut to source the wood. It is reclaimed from wood-working industries, such as window and door factories, creating an upcycled waste stream. Pine vs Maple- Which is better for my application? Pine will have a lighter color and more noticeable “pine wood” odor vs. the slightly darker maple. (Terratek® WC200199) Also of note, maple tends to be more color consistent lot to lot. We highly recommend using our WC200199 if you have a narrower tolerance for color variation.

This resin is a combination of pine wood and reclaimed injection molding grade polypropylene (PP). No new trees are cut to source the wood. It is reclaimed from wood-working industries, such as window and door factories, creating an upcycled waste stream. Pine vs Maple- Which is better for my application? Pine will have a lighter color and more noticeable “pine wood” odor vs. the slightly darker maple. (Terratek® WC200118) Also of note, maple tends to be more color consistent lot to lot. We highly recommend using our WC200118 if you have a narrower tolerance for color variation.

This resin is a combination of maple wood and injection molding grade polypropylene (PP). No new trees are cut to source the wood. It is reclaimed from wood-working industries, such as window and door factories, creating an upcycled waste stream. Pine vs Maple- Which is better for my application? Pine will have a lighter color and more noticeable “pine wood” odor vs. the slightly darker maple. Also of note, maple tends to be more color consistent lot to lot. We highly recommend using our WC200118 if you have a narrower tolerance for color variation.

This resin is a combination of maple wood and glass-filled injection molding grade polypropylene (PP). No new trees are cut to source the wood. It is reclaimed from wood-working industries, such as window and door factories, creating an upcycled waste stream. Pine vs Maple- Which is better for my application? Pine will have a lighter color and more noticeable “pine wood” odor vs. the slightly darker maple. (Terratek® WC200199) Also of note, maple tends to be more color consistent lot to lot. We highly recommend using our WC200199 if you have a narrower tolerance for color variation.

This resin is a combination of pine wood and injection molding grade polypropylene (PP). No new trees are cut to source the wood. It is reclaimed from wood-working industries, such as window and door factories, creating an upcycled waste stream. Pine vs Maple- Which is better for my application? Pine will have a lighter color and more noticeable “pine wood” odor vs. the slightly darker maple. (Terratek® WC200118) Also of note, maple tends to be more color consistent lot to lot. We highly recommend using our WC200118 if you have a narrower tolerance for color variation.