15 results

Conductive PLA

Conductive PLA is a version of PLA that is perfect for parts that need to be electrically conductive. It has a volume resistivity (perpendicular to layers) of 30 ohm-cm.

FDM

Anti-Static Resin-ESD

Anti-static resin (ESD) produces rigid, high-detail parts with controlled surface resistivity to prevent static buildup. It offers dimensional accuracy, a smooth matte finish, and electrostatic discharge protection for sensitive electronic applications.

LCD

Platinum

Lost wax cast platinum parts feature a smooth, reflective silvery-white finish with exceptional strength, density, and corrosion resistance. Ideal for fine jewelry and precision components requiring premium quality and longevity.

Lost Wax Casting

Copper C10100 (OFE, CW009A)

CNC copper 101, also known as Oxygen-Free Electronic (OFE) copper, is a high-purity alloy with 99.99% copper content, providing excellent electrical and thermal conductivity.

CNC

Nickel 200 (Pure Nickel N6)

Nickel 200 (Pure Nickel N6) is a commercially pure nickel grade that offers excellent alkali corrosion resistance and high electrical and thermal conductivity.

CNC

Copper CuCr1Zr (CW106C)

Copper CuCr1Zr is a high-performance copper alloy with superior thermal/electrical conductivity, strength, and high-temperature softening resistance. Ideal for welding electrodes, heat sinks, and rocket components.

CNC

PEEK (Glass-Filled)

PEEK GF30 produces extremely strong, stiff, and heat-resistant parts with excellent dimensional stability and chemical resistance, ideal for high-performance structural applications.

CNC

Copper C110 (CW004A)

Copper C110 produces highly conductive, corrosion-resistant parts with excellent thermal and electrical performance. It is ideal for electrical, thermal, and precision components requiring reliable conductivity.

CNC

Copper C15000

Copper C15000 is a zirconium copper alloy that retains nearly all of pure copper's exceptional electrical conductivity while offering improved strength and resistance to softening at elevated temperatures.

CNC

Copper C17200 (Beryllium Copper, CW101C)

Copper C17200 (Beryllium Copper) is the strongest copper alloy commercially available, reaching tensile strength comparable to steel while retaining useful electrical conductivity, though machining requires strict beryllium dust controls.

CNC

Copper C17510 (Nickel-Beryllium Copper, CW110C)

Copper C17510 (Nickel-Beryllium Copper) trades some of C17200's extreme strength for substantially better electrical conductivity. This makes it the better choice when both performance and conductivity matter more than peak strength alone.

CNC

Copper C18000 (Copper-Nickel-Silicon-Chromium)

Copper C18000 is a beryllium-free alternative to the nickel-beryllium copper family. It offers strong mechanical properties and moderate conductivity.

CNC

Copper C18200 (Chromium Copper)

Copper C18200 (Chromium Copper) combines high electrical conductivity with good strength retention at elevated temperatures. This makes it a strong choice for resistance welding equipment and high-current electrical components.

CNC

Aluminum 1100 (EN AW-1100)

Aluminum 1100 is a commercially pure (99% min) aluminum grade offering the best corrosion resistance and electrical/thermal conductivity of the wrought aluminum family, at the cost of lower strength than alloyed grades.

CNC

Copper C102 (Oxygen-Free Copper, CW008A)

Copper C102 is oxygen-free copper (99.95% minimum) with the same high conductivity as standard copper. It is chosen where purity matters, such as vacuum use and brazed or welded assemblies.

CNC

Material Guide for Conductive property

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