INDUSTRIAL-GRADE 3D PRINTING MATERIALS BUILT TO PERFORM
From Standard Thermoplastics to Engineering-Grade Polymers and Elastomeric Materials – our premium material range powers 1000s of parts for the automotive, engineering, medical and consumer sectors.
STANDARD THERMOPLASTICS (£)
Offering an excellent balance of cost, printability and mechanical performance, our standard thermoplastics are ideal for rapid prototyping, low-load functional parts and design validation.
Best for:
General-purpose functional prototypes
Enclosures and housings
Form and fit testing
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ABS is a durable, cost-effective thermoplastic widely used in commercial 3D printing for producing functional prototypes, enclosures, fixtures and end-use parts. Known for its impact resistance, thermal stability and mechanical strength, ABS is ideal for industrial applications where strength and heat resistance are essential.
With excellent machinability and post-processing compatibility, ABS is a go-to material for low-cost batch production and form-fit-function testing across sectors like automotive, electronics, and manufacturing.
Toughness | 39.3 kJ/m²
Strength | 62 MPa
Stiffness | 1880 MPa
Heat resistance | 87°C
Impact strength | 7.4 kJ/m² -
ASA is a UV-resistant, weatherable thermoplastic ideal for commercial 3D printing of outdoor-ready parts. With mechanical properties similar to ABS but added UV stability, chemical resistance and colour retention, ASA is widely used in applications exposed to sunlight and harsh environments.
Its combination of durability, dimensional stability and clean surface finish makes it a strong choice for both functional prototypes and end-use parts in industries like automotive, construction, and outdoor product manufacturing.
Toughness | 41 kJ/m²
Strength | 65 MPa
Stiffness | 1920 MPa
Heat resistance | 100°C
Impact strength | 4.9 kJ/m² -
Polycarbonate is a high-strength, impact-resistant thermoplastic ideal for commercial 3D printing of durable, functional parts. With exceptional toughness, heat resistance and clarity, PC is used for applications that require rigidity, strength and dimensional accuracy under load.
Often chosen for functional prototypes, production tooling and load-bearing components, PC excels in environments where mechanical stress, elevated temperatures and wear resistance are critical.
Toughness | 34.8 kJ/m²
Strength | 108 MPa
Stiffness | 2310 MPa
Heat resistance | 117°C
Impact strength | kJ/m²
FIBER-REINFORCED THERMOPLASTICS (££)
Our fibre-reinforced thermoplastics combine engineering-grade polymers with chopped carbon or glass fibres to deliver exceptional strength, stiffness and heat resistance.
These advanced materials offer lightweight metal-like performance, dimensional stability and outstanding durability, making them perfect for functional prototypes and end-use parts in demanding environments – your go-to for structural applications where standard plastics won’t cut it.
Best for:
Functional end-use parts with structural load
Lightweight metal replacement parts
Heat and chemical resistant prototypes
Use in aerospace, automotive, tooling, and manufacturing
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ABS-GF is a glass-fiber reinforced version of standard ABS, offering enhanced rigidity, dimensional stability and improved heat resistance – making it ideal for industrial 3D printing of functional, load-bearing parts. The addition of glass fibers reduces warping and shrinkage, providing consistent results for high-precision applications.
Well-suited for jigs, fixtures, housings, and mechanical components, ABS-GF delivers the toughness of ABS with greater stiffness, making it a smart choice where strength and stability are critical, especially in production environments.
Toughness | 14.5 kJ/m²
Strength | 68 MPa
Stiffness | 2860 MPa
Heat resistance | 99°C
Impact strength | 5.3 kJ/m² -
ASA-CF combines the UV and weather resistance of ASA with the strength, rigidity and dimensional stability of carbon fiber reinforcement. This makes it ideal for outdoor-ready functional parts that demand both mechanical performance and long-term environmental durability.
Engineered for precision, stiffness and a clean matte finish, ASA-CF is well-suited for automotive trims, housings, enclosures and structural prototypes – especially when aesthetics and stability matter in outdoor or high-use settings.
Toughness | 14 kJ/m²
Strength | 72 MPa
Stiffness | 3740 MPa
Heat resistance | 110°C
Impact strength | 9.4 kJ/m² -
PC FR is a flame-retardant grade of polycarbonate, engineered for applications that require high mechanical strength, thermal stability and fire safety compliance. Designed to meet stringent flame retardancy standards (typically UL94 V-0), this material is ideal for electrical enclosures, automotive components, and aerospace parts where both durability and fire resistance are essential.
It offers the same toughness and heat resistance as standard PC, with the added benefit of self-extinguishing properties, making it perfect for regulated or safety-critical environments.
Suitable for electrical, aerospace, and automotive use.Toughness | 55 kJ/m²
Strength | 90 MPa
Stiffness | 1890 MPa
Heat resistance | 113°C
Impact strength | 8 kJ/m² -
PETG-CF combines the chemical resistance and printability of PETG with the added stiffness and dimensional stability of carbon fiber, making it a versatile choice for functional, industrial-grade parts. It offers low warping, excellent surface quality, and strong layer adhesion — all while being easier to print than many engineering filaments.
This material is ideal for fixtures, housings, enclosures and mechanical prototypes that require enhanced strength, environmental resistance, and consistent print results without sacrificing detail or accuracy.
Toughness | 41.2 kJ/m²
Strength | 70 MPa
Stiffness | 2910 MPa
Heat resistance | 74°C
Impact strength | 10.7 kJ/m² -
PA6-GF is a high-performance nylon filament reinforced with glass fibers to deliver exceptional rigidity, thermal stability and wear resistance. Stronger and stiffer than standard nylon, PA6-GF is ideal for engineering-grade components used in automotive, manufacturing and mechanical assemblies.
With its low shrinkage, high dimensional accuracy and ability to withstand continuous mechanical stress, this material is well-suited for jigs, brackets, gears, housings and structural prototypes where strength and durability are non-negotiable.
Toughness | 27.2 kJ/m²
Strength | 120 MPa
Stiffness | 3670 MPa
Heat resistance | 182°C
Impact strength | 4.1 kJ/m²
ENGINEERING-GRADE POLYMERS (£££)
Our range of engineering-grade polymers is designed for high-performance parts that need to go the distance. These materials offer outstanding mechanical strength, heat resistance, and chemical durability, making them ideal for mission-critical components across automotive, aerospace, electronics and manufacturing industries.
Whether you're producing precision-fit prototypes or end-use parts for harsh environments, our engineering polymers deliver the toughness and reliability your application demands.
Best for:
High-temperature fixtures and tooling
Precision components with tight tolerances
Parts exposed to chemicals, heat or mechanical stress
Structural and load-bearing assemblies
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PA6-CF combines the toughness and flexibility of Nylon 6 with the stiffness and dimensional stability of carbon fiber reinforcement, making it an ideal material for structural, load-bearing and mechanically demanding parts. This high-performance composite delivers exceptional strength-to-weight ratio, reduced warping and excellent thermal resistance.
Perfect for automotive components, drone parts, tooling and functional prototypes, PA6-CF offers reliable performance in high-stress applications where standard nylons fall short.
Toughness | 40.3 kJ/m²
Strength | 151 MPa
Stiffness | 5460 MPa
Heat resistance | 186°C
Impact strength | 15.5 kJ/m² -
PAHT-CF is a high-performance, carbon-fiber reinforced nylon engineered for demanding industrial applications that require excellent thermal resistance, mechanical strength and dimensional stability. Unlike standard nylons, PAHT-CF withstands higher operating temperatures, making it ideal for under-the-hood automotive parts, aerospace components and production tooling.
With low moisture absorption, superior stiffness, and a high strength-to-weight ratio, PAHT-CF delivers consistent performance in harsh environments where lesser materials fail.
Toughness | 57.5 kJ/m²
Strength | 125 MPa
Stiffness | 4230 MPa
Heat resistance | 194°C
Impact strength | 13.3 kJ/m² -
PET-CF is a carbon-fiber reinforced polyethylene terephthalate engineered for applications that demand high stiffness, chemical resistance, and excellent dimensional stability. Unlike nylons, PET-CF exhibits minimal moisture absorption, making it ideal for precision parts used in humid or variable environments.
This material offers a clean matte finish, excellent layer adhesion and consistent performance for jigs, fixtures, housings and structural prototypes — all with reliable printability on industrial FDM systems.
Toughness | 36 kJ/m²
Strength | 131 MPa
Stiffness | 5320 MPa
Heat resistance | 205°C
Impact strength | 4.5 kJ/m² -
PPA-CF is a high-performance carbon-fiber reinforced polyphthalamide designed for demanding structural applications where traditional materials fail. Offering outstanding thermal resistance, chemical stability, and mechanical strength, PPA-CF is ideal for automotive, aerospace and industrial tooling exposed to heat, chemicals and mechanical loads.
With its exceptional stiffness, low moisture absorption and dimensional accuracy, PPA-CF delivers metal-like performance in a lightweight, printable form — perfect for engine parts, housings, brackets and functional end-use components.
Toughness | 41.7 kJ/m²
Strength | 208 MPa
Stiffness | 9860 MPa
Heat resistance | 227°C
Impact strength | 4.3 kJ/m² -
Item description
ELASTOMERIC MATERIALS (£££)
From soft-touch prototypes to production-grade flexible components, our elastomeric materials offer rubber-like elasticity, tear resistance and consistent performance under repeated use. Elastomeric materials are designed for functional parts that need to bend, flex and absorb impact without losing form.
Our TPU range gives you the freedom to create parts that are as resilient as they are versatile — with multiple hardness options to suit your specific application.
Best for:
Seals, gaskets, grips
Vibration-dampening components
Soft-touch grips and ergonomic features
Protective housings and wearable prototypes
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TPU-85A is a flexible, durable thermoplastic polyurethane with a Shore hardness of 85A – offering a rubber-like feel, excellent impact resistance and superior flexibility. It’s ideal for functional parts that need to bend, compress or absorb shock; perfect for gaskets, seals, protective covers and vibration-dampening components.
Engineered for consistent results on industrial FDM systems, TPU-85A delivers strong inter-layer bonding, abrasion resistance and long-term elasticity, making it a go-to material for prototyping and low-volume production of elastomeric parts.
Toughness | 124.3 kJ/m²
Impact strength | 88.5 kJ/m² -
TPU-90A offers a balanced blend of flexibility and toughness, with a Shore hardness of 90A – making it slightly firmer than TPU-85A while still retaining excellent elasticity, abrasion resistance and impact durability. This material is ideal for functional parts that require resilience, compression and repeated flexing, such as industrial seals, cable protectors, snap-fit components and grips.
Thanks to its excellent chemical resistance and mechanical performance, TPU-90A performs well in harsh environments, offering reliable results for both prototypes and production-ready parts.
Toughness | 124.2 kJ/m²
Impact strength | 87.3 kJ/m² -
TPU-95A is a semi-rigid thermoplastic polyurethane with a Shore hardness of 95A – delivering maximum durability, compression strength and dimensional stability while retaining moderate flexibility. This makes it ideal for functional prototypes and production parts that need to withstand mechanical stress, wear and impact, such as casters, snap-fit enclosures, grommets and rugged housings.
Its high abrasion resistance, low compression set and ease of printing on industrial FDM systems make TPU-95A a preferred choice for manufacturing and automotive applications that demand a tough, rubber-like material with less give.
Toughness | 123.2 kJ/m²
Impact strength | 86.3 kJ/m²
Our engineers will assess your application, performance requirements and budget to recommend the most suitable material – ensuring strength, reliability and cost-effective production.