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POLYMAKER 3D

Polymaker is a 3D printing materials manufacturer founded in 2012 by Dr. Xiaofan Luo, with research and development operations in Shanghai and production facilities in Changshu, China. The company develops and produces filament for fused deposition modeling (FDM) and fused filament fabrication (FFF) printers, and supplies a range of engineering-grade and specialty materials. Polymaker's product families include PolyLite (PLA, PETG, PC, ABS, and blends), PolyMax (toughened PLA and PC), PolyFlex (TPU), PolyMide (nylon and copolyamide), PolyCast (PVB for investment casting), PolyWood (wood-filled PLA), PolySmooth (PVB for smoothing), and Fiberon (fiber-reinforced composites such as carbon fiber nylon). These materials are used across prototyping, tooling, functional end-use parts, and casting pattern production. Technical buyers select Polymaker filaments for properties such as heat deflection temperature, impact resistance, tensile strength, and dimensional stability, which vary by base polymer and formulation. For example, polycarbonate grades offer high strength and heat resistance, PC/ABS blends balance impact and thermal performance, and carbon fiber-reinforced nylon provides high stiffness. Filaments are supplied on spools ranging from 500 g to 3.0 kg, with standard 1.75 mm diameter, and are compatible with common desktop and industrial FDM printers when appropriate nozzle and bed temperatures are used. Polymaker also publishes technical data sheets and safety data sheets for its materials, which assist engineers in material selection and process validation. 3G Electric, a Singapore-headquartered industrial equipment distributor, stocks a selection of Polymaker filaments and ships globally. The range includes PolyCast PVB in natural color on 750 g and 3.0 kg spools, PC/ABS blend in white on 1.00 kg spools, PolyWood wood-infused PLA on 600 g spools, PolyLite PC in clear on 1.00 kg spools, and Fiberon carbon fiber-reinforced nylon in black on 500 g spools. 3G Electric supports procurement and maintenance teams by providing product identification, manufacturer part numbers, and spool specifications to help match materials to application requirements. For plant engineers and maintenance managers, Polymaker filaments can be used for jigs, fixtures, replacement parts, and tooling where specific mechanical or thermal properties are needed. The availability of multiple polymer types and reinforcement options allows users to select a material based on the demands of the part rather than a single general-purpose filament. 3G Electric's catalog includes these Polymaker products with SKU-level detail, enabling buyers to specify the correct grade, color, and spool weight for their operations.

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About POLYMAKER 3D

Polymaker is a 3D printing materials manufacturer founded in 2012 by Dr. Xiaofan Luo, with research and development operations in Shanghai and production facilities in Changshu, China. The company develops and produces filament for fused deposition modeling (FDM) and fused filament fabrication (FFF) printers, and supplies a range of engineering-grade and specialty materials. Polymaker's product families include PolyLite (PLA, PETG, PC, ABS, and blends), PolyMax (toughened PLA and PC), PolyFlex (TPU), PolyMide (nylon and copolyamide), PolyCast (PVB for investment casting), PolyWood (wood-filled PLA), PolySmooth (PVB for smoothing), and Fiberon (fiber-reinforced composites such as carbon fiber nylon). These materials are used across prototyping, tooling, functional end-use parts, and casting pattern production. Technical buyers select Polymaker filaments for properties such as heat deflection temperature, impact resistance, tensile strength, and dimensional stability, which vary by base polymer and formulation. For example, polycarbonate grades offer high strength and heat resistance, PC/ABS blends balance impact and thermal performance, and carbon fiber-reinforced nylon provides high stiffness. Filaments are supplied on spools ranging from 500 g to 3.0 kg, with standard 1.75 mm diameter, and are compatible with common desktop and industrial FDM printers when appropriate nozzle and bed temperatures are used. Polymaker also publishes technical data sheets and safety data sheets for its materials, which assist engineers in material selection and process validation. 3G Electric, a Singapore-headquartered industrial equipment distributor, stocks a selection of Polymaker filaments and ships globally. The range includes PolyCast PVB in natural color on 750 g and 3.0 kg spools, PC/ABS blend in white on 1.00 kg spools, PolyWood wood-infused PLA on 600 g spools, PolyLite PC in clear on 1.00 kg spools, and Fiberon carbon fiber-reinforced nylon in black on 500 g spools. 3G Electric supports procurement and maintenance teams by providing product identification, manufacturer part numbers, and spool specifications to help match materials to application requirements. For plant engineers and maintenance managers, Polymaker filaments can be used for jigs, fixtures, replacement parts, and tooling where specific mechanical or thermal properties are needed. The availability of multiple polymer types and reinforcement options allows users to select a material based on the demands of the part rather than a single general-purpose filament. 3G Electric's catalog includes these Polymaker products with SKU-level detail, enabling buyers to specify the correct grade, color, and spool weight for their operations.

Common Applications

  • Investment casting — PolyCast PVB filament for producing burn-out patterns in jewelry and dental labs
  • Automotive prototyping — PC/ABS filament for interior components and under-hood brackets requiring heat resistance
  • Industrial tooling — Fiberon Nylon-CF for jigs, fixtures, and end-use parts needing high stiffness
  • Decorative and architectural models — PolyWood PLA for wood-like surface finish on display pieces
  • Engineering prototypes — PolyLite PC for clear, strong parts such as enclosures and mechanical housings
  • Functional end-use parts — PC/ABS and Nylon-CF for replacement components in plant maintenance

Frequently asked questions

Common questions about POLYMAKER 3D from 3G Electric.

What is Polymaker PolyCast PVB filament used for?

Polymaker PolyCast is a PVB (polyvinyl butyral) filament designed for investment casting patterns. It burns out cleanly and is also soluble in alcohol, which allows for smooth surface finishing. PolyCast is supplied in natural color on 750 g and 3.0 kg spools with a 1.75 mm diameter. Typical applications include producing patterns for metal casting in jewelry, dental, and industrial parts. It prints on standard FDM printers using settings similar to PLA, but post-processing can involve alcohol vapor smoothing or immersion. The material is not intended for structural end-use parts; its primary function is as a sacrificial pattern.

What are the properties of Polymaker PC/ABS filament?

Polymaker PC/ABS is a blend of polycarbonate and acrylonitrile butadiene styrene, formulated for 3D printing. It offers a balance of impact resistance, heat resistance, and dimensional stability. The filament is supplied in white on a 1.00 kg spool with a 1.75 mm diameter. PC/ABS is commonly used for functional prototypes, automotive interior components, enclosures, and parts requiring moderate thermal performance. Printing typically requires a heated bed and an enclosed printer to manage warping. The blend provides better printability than pure PC while retaining much of its mechanical strength. Users should refer to the technical data sheet for specific thermal and mechanical values.

What is the difference between Polymaker PolyLite PC and PC/ABS?

PolyLite PC is a polycarbonate filament offering high strength, heat resistance, and optical clarity in its clear form. It is supplied on a 1.00 kg spool. PC/ABS is a blend that combines polycarbonate with ABS to improve printability and impact resistance while reducing warping compared to pure PC. PC/ABS is supplied in white on a 1.00 kg spool. PolyLite PC is chosen for applications needing higher stiffness and thermal resistance, such as engineering prototypes and fixtures. PC/ABS is often selected for parts requiring a balance of toughness and ease of printing. Both materials benefit from an enclosed print environment and appropriate bed adhesion.

What is Polymaker Fiberon Nylon-CF used for?

Polymaker Fiberon Nylon-CF is a carbon fiber-reinforced nylon filament supplied in black on a 500 g spool with a 1.75 mm diameter. The carbon fiber reinforcement increases stiffness and reduces warping compared to unfilled nylon. It is used for functional prototypes, tooling, jigs, fixtures, and end-use parts that require high stiffness and dimensional stability. Nylon-CF is abrasive, so a hardened steel or ruby nozzle is recommended. It also absorbs moisture, so drying before printing is necessary. Typical applications include automotive under-hood components, industrial tooling, and structural brackets where metal replacement is considered.

What spool sizes are available for Polymaker filaments at 3G Electric?

3G Electric stocks Polymaker filaments in several spool sizes. PolyCast PVB is available in 750 g and 3.0 kg spools. PC/ABS and PolyLite PC are supplied on 1.00 kg spools. PolyWood wood-infused PLA comes on 600 g spools. Fiberon Nylon-CF is supplied on 500 g spools. All listed products have a 1.75 mm diameter. Spool weight affects print duration and changeover frequency; larger spools are suited for longer production runs, while smaller spools are convenient for material testing or low-volume printing. Buyers should verify compatibility with their printer's spool holder and feed system.

Does Polymaker PolyWood PLA require a special nozzle?

Polymaker PolyWood is a wood-infused PLA filament supplied on a 600 g spool in a wood color. The wood particles can be abrasive, so a nozzle with a diameter of 0.4 mm or larger is recommended to reduce clogging risk. A hardened steel nozzle may extend nozzle life compared to brass. Printing temperatures are similar to standard PLA, but slower print speeds and increased retraction settings can improve surface finish. PolyWood is used for decorative objects, prototypes, and models requiring a wood-like appearance. It can be sanded and stained after printing. It is not intended for high-load structural applications.