Our promise to you includes...

Delivery van
FREE NEXT WORKING DAY DELIVERY

Free next working day delivery to UK mainland on all orders over £100 (ex. VAT) placed via the website before 5pm, subject to stock (simply select "Next Working Day" under "Free Shipping" at checkout).

Established
Established in 1988

We are the 3D printing arm of a larger company called Express Group Ltd. Fixing printers since 1988, today we are a Specialist Parts Distributor and Experts in 3D Printing.

ISO Certified
ISO 9001:2015 CERTIFIED

We take quality control very seriously, which is why we are audited for ISO9001:2015 certification, this helps ensure we provide great customer service.

Phone
01765 540 115
Account | Basket | Contact

Markforged

Markforged makes industry-leading 3D printers for applications in engineering, manufacturing, product design and functional prototyping. Print metal, carbon fibre, high-temp fibreglass, fibreglass, Kevlar and more. Print parts, tools, and fixtures stronger than metal, or even in metal. The possibilities are endless, and the 3D printers are tried, tested and proven in industry. Quality is the Markforged difference. This is a brand you can rely on to deliver consistency every time.

Compare Products

You have no items to compare.

Request A Free Sample - Find Out More
Opt out of 3D printing information and news

* Required

Request a sample

Please fill out the details below and we will get back to you as soon as possible.

Kevlar Filament 50cm³
Kevlar Filament 50cm³

Markforged Kevlar Filament 50cm³

 

MarkForged Kevlar® CFF filament is the most flexible composite filament in the MarkForged range. Kevlar filament offers a solution for prototype and end-use parts that need to be durable and impact resistant.

Unique to this filament is its abrasion resistance. It is very resistant to surface wear, and it has higher compressive strain at break characteristics than Carbon Fibre or Fibreglass. It also has a lower flexural strength and a lower compressive strength. Nylon parts reinforced with Kevlar® CFF filament are therefore flexible yet strong, and this means that there are a wide range of applications for it. One such application we saw recently was for the design of landing gear for an autonomous drone, which required flexible but very strong landing gear.

Kevlar® CFF filament is printed with Markforged's unique Continuous Filament Fabrication print head alongside a Fused Filament Fabrication print head. Parts are printed with high-grade nylon, and reinforced with continuous strands of Kevlar. These continuous filaments are what give parts their strength and in Kevlar’s case, their flexibility.

Buy your Kevlar CFF filament in a 50cm³ or 150cm³ spool from GoPrint3D today.

Materials
Kevlar
Manufacturer SKU
KV-AB-50
Brand


Product Downloads
Here's some downloads we think you might be interested in that relate to this product:
  • £79.00 EX. VAT
  • £94.80 INC. VAT
  • InStock
    • - Select Product Options -
    • Order now
    • Availability: There are currently 7 item(s) available in stock


      Any queries?
    • Contact us

    Markforged

    Many 3D printers lay claim to being ‘industrial-grade’ but when you delve into their material list, rarely do you find anything more durable than nylon.

    That’s where Markforged 3D printers differ. In the case of the Desktop and Industrial series 3D printers, these use nylon or Onyx as the base material (Onyx is a proprietary filament made by Markforged, it’s part nylon, part chopped carbon fibre). You can then reinforce prints with continuous strands of a stronger composite - carbon fibre, fibreglass, or Kevlar - to create truly industrial-grade prototypes and end-use parts.

    For example, parts printed in carbon fibre are stronger than 6061-T6 aluminium. The Desktop series includes the Mark Two, Onyx One and Onyx Pro, and the Industrial series the X7, X5, and X3. There’s a printer for every application.

    Then there’s the Metal X, Markforged’s greatest machine yet. This 3D printer utilises a process called ADAM (Atomic Diffusion Additive Manufacturing) to print parts in powdered metal surrounded by a plastic support. The parts are then sintered in a furnace externally to become solid. This enables you to manufacture metal parts with geometries and details that would be impossible with subtractive manufacturing processes.