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Hyper Speed ABS

Hyper Speed ABS thermoplastic nature of this material undergoes a carefully orchestrated heating process. This transformative journey ensures that each layer seamlessly melds with the next, creating a solid and impeccable foundation for your designs.

Cost-Effective Mastery Achieve unparalleled quality in your prints without the financial constraints, making Hyper Speed ABS a beacon of cost-effective innovation. Dominance in Usage: Hyper Speed ABS proudly claims a substantial 80% share in the realm of 3D printed products, a testament to its unrivalled versatility.

Testing Method: ISO 1183, GB/T 1033

Carbon Fiber PAHT CF15

Chemical Resistance for Versatile Applications PAHT CF15 isn't just strong – it's also highly resistant to a wide range of chemicals, including solvents, oils, and acids. This makes it the perfect choice for applications where exposure to harsh environments is unavoidable. Whether you're creating parts for automotive, aerospace, or industrial use, you can trust PAHT CF15 to withstand the toughest conditions and maintain its integrity over time.

Testing Method :  (ISO 527)

What is TPU 85A?

TPU 85A boasts exceptional attributes that set it apart. Its remarkable resistance to hydrolysis ensures longevity, while its flexibility at low temperatures provides adaptability in diverse conditions. Additionally, its resistance to microbiological threats and impressive wear performance make it a reliable choice across various industries.

Unmatched Performance Across Industries TPU 85A offers a myriad of benefits tailored to meet the demands of modern applications. With unparalleled mechanical strength, it excels in scenarios requiring durability and resilience. Whether it's combating abrasion, providing slip resistance, or offering dynamic flexibility, this material delivers consistently high performance. Its versatility extends to its ability to be customized with a range of hardness options, ensuring suitability for a vast array of designs.

Testing Method : ISO 1183-1 - Filament Density 1114 kg/m3 / 70 lb/ft3

PLA Premium 

Printers adopt jam technology to amplify the quality. It is easy to print and an affordable option for manufacturers. It has excellent strength and temperature resistance properties. PLA 3D printer is used to achieve matt finish and grainy texture. 

Pros And Cons Of PLA Plastic

- PLA is entirely biodegradable, which means it proves no threat to the environment.
- It is available in many colours.
- It is used as a carbon-neutral as it can absorb the excess carbon.
- It does not release any toxic fumes when burned.
- The stiff material makes the products made from it very durable and robust.

Testing Method : ASTM D792 (ISO 1183, GB/T 1033)

ABS Premium 

ABS is used in the Fused Deposition Modelling (FDM) type of 3D printing. The thermoplastic material is heated, and layers of the material are layered over one another.

A solid material used in the moulding industry is ABS plastic. It is a thermoplastic polymer that can make good quality products without having to spend so much money on them 80% of it is used in printed

ABS material products. It is most commonly used in the FDM printing process. Its main reasons are its excellent temperature tolerance and composition, which makes it liable to all such conditions.

Testing Method : ASTM D792 (ISO 1183, GB/T 1033)

What is ASA Premium?

ASA filaments are versatile thermo-materials that are suitable and versatile when used in 3D printing. It resembles ABS plastic but offers 3 advantages in terms of the properties: more mechanical properties, superior aesthetic qualities and UV resistance.

The acrylic styreneacrylonitrile is another 3D printed plastic that shares the properties with ABS. This has also been developed as a replacement for a different kinds of rubber in the formulation.

ASA can be attributed to high impact resistance, higher temperature resistance, and more difficult print speeds. The polymer is widely used for outdoor applications rather than ABS because it is more resistant to the UV and the rigours of the conditions.
Because of its historical background, ASA has retained some printability disadvantages similar in nature to ABS.

Testing Method : ASTM D792 (ISO 1183, GB/T 1033)

What is NYLON 6?

3D Print materials are used for the replacement of functional moulded pieces with good corrosion tolerances. Nylon 6 and polyamide (PA) are thermoplastics characterized by good mechanical characteristics, and excellent chemical and abrasivability.

Nylon 6 is part of the synthetic polyamide group known for high durability, strength and flexibility. These 3D printing materials are often used for variants of PA 12 and PA11, although some variations of PA 6 and PA 2220 are also offered for printing 3D.

Besides nylon, the material can also be reinforced to improve thermal or mechanical properties including strength or resiliency in abrasion. Because of outstanding mechanical features as well as strong chemical impacts and heat-resistant properties, 3D printed nylon is ideal for function and prototype parts. Another benefit is that it's relatively cheap to use.

Testing Method: ASTM Method: D792

PETG Premium

Is a glycolic polymer that is used in additive manufacturing. It is a thermoplastic material and very environmentally friendly as compared to the regular PVC material. It can be recycled entirely, and the filaments are widely used in 3D Printing. If you are not familiar with the word PETG yet, you must know PET. It is the glycolic form of that plastic polymer. In 3D Printing, the extruder gets too hot, which makes it hard for some plastics, but as for PETG, it has excellent thermal stability, which makes it ideal for the process.

Physical Properties Of PETG

- PETG is very hard and impact resistant.

- It is hygroscopic hence a better choice than other polymers.

- It is more prone to scratches.

- PETG gives a sticky appearance.

Testing Method : ASTM D792 (ISO 1183, GB/T 1033)

What is PC Premium?

Polycarbonate (PC) has high durability and strength characteristics. PC has many advantages that provide an ideal material in challenging environments and many engineering applications.

For instance, parts 3D printed in PC are often used in high heat applications because it is extremely resilient to heat. 3d printing is very effective in creating a very large amount of materials. Polycarbonate, therefore, is bent easily to room temperature.

Testing Method : ASTM D792 (ISO 1183, GB/T 1033)

What is TPU 92A?

TPU 92A (Polyurethane) Flexible and resilient thermoplastic is excellent in the areas of elasticity and strength. TPU 92A thermoplastic polyurethane used to form flexible elastic materials. These can be rolled into plastic substrates for glasses and phones or laptop cases.

TPU 92A is a thermoplastic polymer, with Shore-A values of 90. It is highly elongated, high toughness, strong durable and strong. FDM TPU 92A combines elastomer advantages with FDM 3D Print enabling quick production for large and complex elastomer parts. Generally applied are flexible hose and tube ducting and air sealing, covers and vibration dampeners.

Testing Method : INS-6712 - Density ISO 1183-1

17-4 PH Stainless Steel

With Ultrafuse® 17-4 PH, we offer
an efficient way to produce metal parts with high mechanical strength. Ultrafuse® 17-4 PH gives our customers a high degree of flexibility and freedom. Spare parts, tools or customized geometries are now easily and cost-effectively accessible.

Benefits at a Glance
- Easy and affordable way of metal 3D printing
- High mechanical strength and hardness
- Good corrosion resistance
- Fully hardened enables the highest strength
- Wide range of post-processing options for green parts

17-4 PH is precipitation-hardened stainless steel renowned for its hardness and corrosion resistance. It has significantly higher tensile strength and yield power but has much less elongation at break than 316L. Final pieces built 17-4 PH receive vacuum solution heat treatment along with H900 age treatments. 17-4 PH is a full-purpose stainless steel variant built on 316L.

Composition / Information on Ingredients:

Nickel - CAS Number: 7440-02-0 Content (W/W): >= 1.0 - < 5.0%Synonym: Nickel; Raney nickel

copper - CAS Number: 7440-50-8 Content (W/W): >= 1.0 - < 5.0%Synonym

Testing Method (ISO 1183-1)

What is Copper?

Copper combines good mechanical properties with thermal and electrical conductivity. This alloy can be tested to rough conditions where pure copper cannot be achieved

Copper is a soft, ductile metal used primarily for its electrical and thermal conductivity. Copper’s high conductivity makes it an ideal material for many heat sinks and heat exchangers, power distribution components such as bus bars, manufacturing equipment including spot welding shanks, antennae for RF communications, and more. The ability to print pure copper using Metal X enables geometrically optimized parts that were previously expensive, time consuming, or impossible to make.

Composition

Copper Oxygen Iron Other

Amount

99.8% min 0.05% max 0.05% max bal

Machining

Our machining services include surface grinding and wire erosion

Polishing

Our polishing services include tumble polishing with stones and magnetic polishing

Markforged as-sintered Coefficient of Thermal Expansion (CTE) was measured by a 3rd party lab using Thermal Mechanical Analysis (ASTM E831)