PC-ABS Inslogic Filament

Description

Inslogic PC-ABS Filament

Superior engineering materials for strong and highly heat-resistant components.

Elevate your 3D printing with Inslogic PC-ABS, an industrial-grade composite material that combines the strength and heat resistance of polycarbonate (PC) with the toughness and printability of ABS. Ideal for manufacturing parts that need to withstand impact and operate in high-temperature environments.

Key Features of the Product

  • High Heat Resistance: Withstands heat deflection temperatures up to 103°C , ensuring the workpiece will not deform when used in hot environments.

  • Superior Impact Strength: With a high Izod impact strength of up to 70 KJ/m², it offers excellent resistance to impact and heavy use.

  • Excellent Surface Finish: Provides a smooth surface with sharp details, suitable for both prototypes and end-use parts.

  • Professional Reliability: Easier to print than typical engineering materials, reduces warping, and offers excellent layer adhesion.

  • Eco-Friendly Spool: Featuring an eco-friendly design, the detachable filament spool helps reduce plastic waste.

Applications

  • Automotive: Vehicle mounting brackets, handles, console parts.

  • Electronics: Device cases, adapters, heat-resistant circuit boxes.

  • Engineering applications: Gears, tooling, machine parts.

Technical specifications

  • Diameter: 1.75 mm ± 0.03 mm

  • Net Weight: 1 kg (375 m)

  • Tensile Strength: 42 MPa

  • Flexural Modulus: 2334 MPa

  • Glass Transition Temperature: 106°C

Recommended printing settings

  • Nozzle Temperature: 260 - 280°C

  • Bed Temperature: 100 - 110°C (Recommended for use with adhesive or PEI sheets)

  • Printing Speed: 50 - 230 mm/s (High-speed printing supported)

  • Drying: For best results, it is recommended to bake at 70-80°C for 6-12 hours before use.

Product form

590.00 ฿

  • Shipped today? Order within: Feb 20, 2026 11:00:00 +0700
  • Fast Delivery
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Product Details

  • Suitable for producing end-use parts.

  • Suitable for creating prototyping requiring high durability.

  • Suitable for mechanical parts that are subjected to heavy loads (functional parts).

  • Easier to print than typical industrial-grade materials.

  • Moisture-removed through heat treatment, ready to use immediately for best results.

Description

Inslogic PC-ABS Filament

Superior engineering materials for strong and highly heat-resistant components.

Elevate your 3D printing with Inslogic PC-ABS, an industrial-grade composite material that combines the strength and heat resistance of polycarbonate (PC) with the toughness and printability of ABS. Ideal for manufacturing parts that need to withstand impact and operate in high-temperature environments.

Key Features of the Product

  • High Heat Resistance: Withstands heat deflection temperatures up to 103°C , ensuring the workpiece will not deform when used in hot environments.

  • Superior Impact Strength: With a high Izod impact strength of up to 70 KJ/m², it offers excellent resistance to impact and heavy use.

  • Excellent Surface Finish: Provides a smooth surface with sharp details, suitable for both prototypes and end-use parts.

  • Professional Reliability: Easier to print than typical engineering materials, reduces warping, and offers excellent layer adhesion.

  • Eco-Friendly Spool: Featuring an eco-friendly design, the detachable filament spool helps reduce plastic waste.

Applications

  • Automotive: Vehicle mounting brackets, handles, console parts.

  • Electronics: Device cases, adapters, heat-resistant circuit boxes.

  • Engineering applications: Gears, tooling, machine parts.

Technical specifications

  • Diameter: 1.75 mm ± 0.03 mm

  • Net Weight: 1 kg (375 m)

  • Tensile Strength: 42 MPa

  • Flexural Modulus: 2334 MPa

  • Glass Transition Temperature: 106°C

Recommended printing settings

  • Nozzle Temperature: 260 - 280°C

  • Bed Temperature: 100 - 110°C (Recommended for use with adhesive or PEI sheets)

  • Printing Speed: 50 - 230 mm/s (High-speed printing supported)

  • Drying: For best results, it is recommended to bake at 70-80°C for 6-12 hours before use.

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