Products

Smiths Metal Centers Polypropylene PP-H is a high-quality general purpose engineering plastic material. Its chemical name is polypropylene homopolymer, and it’s available in a range of grades and forms to suit many applications.

Smiths Metal Centers Polycarbonate (PC GF 20) is an enhanced version of PC, with improved stiffness, tensile strength and a lower coefficient thermal expansion.

Acetal-C + 25% Glass is a high-quality engineering plastic material. It is Acetal-C reinforced with 25% glass fiber.

Smiths Metal Centers High Density PE is a high-quality general purpose engineering plastic materials. Its chemical name is polyethylene. It’s available in a range of grades and forms to suit many applications.

Smiths Metal Centers Nylon 6G+MoS2, Black is a high-quality wear resistant engineering plastic material. It is a polyamide with MoS2. The casting process allows the production of larger material sections virtually free from residual stress. It may also be cast into customer shapes that reduce material waste and machining time.

Smiths Metal Centers Polycarbonate (PC) is supplied as a machine grade which is well suited for a variety of application which requires high impact strength. It is an amorphous transparent material which benefits from a combination of good mechanical and electrical properties. The material is readily recyclable and benefits from good machinability and can be machined to close working tolerances.

Noryl® PPO 30% GF is a combination of low moisture absorption and low thermal expansion make the material one of the most dimensionally stable thermoplastics available today. Noryl PPO is used widely in products such as structural components and electrical housings due to the materials excellent insulating characteristics over a wide range of temperatures in service. The thermoplastic is also used in fluid handling applications as it has low moisture absorption.

Smiths Metal Centers Ultra-high Molecular Weight PE is a high-quality engineering plastic materials. It is polyethylene with Ultra-high molecular weight.

Smiths Metal Centers Nylon 6G, Natural or Black is a high-quality general-purpose wear resistant engineering plastic material. Its chemical name is polyamide. It is available in a range of grades and forms to suit many applications. The casting process allows the production of larger material sections virtually free from residual stress. It may also be cast into customer shapes that reduce material waste and machining time.

Acetal-C ESD90, dissipative is a high-quality engineering plastic material. It is used to prevent uncontrolled static discharge in sensitive electronic environments or in explosive atmospheres.

Smiths Metal Centers Polypropylene PP-30GF is a high-quality general purpose engineering plastic material. Polypropylene PP-30GF is polypropylene homopolymer with 30% glass fiber.

Acetal-C + PTFE is a high-quality engineering plastic material.

Smiths Metal Centers Nylon12, Natural is a high quality engineering plastic material. Its chemical name is polyamide 12. It’s available in a range of grades and forms to suit many applications. It is a low moisture absorbing nylon with excellent sound & vibration dampening and more stable electrical properties.

Acetal-C ESD60, conductive is a high-quality engineering plastic material. It is used to prevent uncontrolled static discharge in sensitive electronic environments or in explosive atmospheres.

Smiths Metal Centers Nylon12 + 30% Glass is a high quality engineering plastic material. Its chemical name is polyamide 12. It contains 30% glass fiber reinforced. It has high mechanical strength and improved dimensional stability.

Smiths Metal Centers POM-C Natural or Black Unmodified is a high-quality general purpose engineering plastic material. Its chemical name is polyoxymethylene and it is available in a range of grades and forms to suit many applications.

Smiths Metal Centers Polypropylene PP-ELS is a high-quality engineering plastic material. Polypropylene PP-ELS is polypropylene homopolymer with addition of Carbon Black.