Formlabs Nylon 12GF Powder 6KG

3 In Stock Next Working Day*
SKU
FORPD-FS-P12B-01-P1
£549.00 £658.80
A thermally stable, stiff material option for high-performance functional prototyping
Benefits

Compatible with Formlabs Fuse 1 SLS 3D Printer

Choose Formlabs Nylon 12GF Powder for:

  • Robust jigs, fixtures and replacement parts
  • Small batch enclosures and equipment
  • Parts undergoing sustained loading
  • High-temperature applications
* Material properties may vary based on part design and manufacturing practices.
It is the manufacturer’s responsibility to validate the suitability of the printed parts for the intended use.
Features

Formlabs Nylon 12GF Powder is for use with the Formlabs Fuse 1 SLS 3D printer

 

It is a glass-filled material with enhanced stiffness and heat resistance to endure demanding manufacturing conditions. Ideal for applications where structural rigidity and thermal stability are critical.

 

Nylon 12 GF Powder is ideal for parts that require high rigidity and thermal stability, allowing companies in the automotive, aerospace, and product development industries to create industrial grade parts in-house, instead of relying on outsourcing and raw materials being in ready supply.

 

Nylon 12 GF Powder is well suited to industrial and medical applications such as:

 

Industrial Applications

  • Prototyping or small batch production of functional parts
  • Parts undergoing sustained loading

 

Medical devices

  • High-stiffness medical devices, brackets, and enclosures
  • Robust replacement parts

 

Why Choose Nylon 12GF Powder?

Nylon 12GF is a glass-filled SLS powder for industrial-grade production requiring high stiffness and thermal stability.


High Stiffness
Produce end-use parts that need to endure sustained loading.


Dimensional Accuracy
Print highly detailed parts and complex assemblies with low creep.


Thermal Resistance
Prints that will remain dimensionally stable at elevated temperatures.


Environmental Stability
Nylon 12GF prints absorb very little moisture and are resistant to light, heat, and chemicals.

 

Material Properties

 

Ultimate Tensile Strength
38 MPa
Tensile Modulus 2.8 GPa
Elongation at Break (X/Y) 4 %
Refresh Rate 30-50 %

 

 
 
Specifications
More Information
Materials Nylon 12GF
Technology Powder Printing (SLS)
Weight (KG) 6KG
Brand Formlabs
Whats in the box?
Downloads
Delivery and Returns
 

DELIVERY BY ADDITIVE-X

BOXES SHIP VIA DPD

 

Order by 4.30pm Monday to Friday (excl Bank Holidays) and Additive-X will ship your order via DPD the same day. DPD will deliver on working days only.  

 

Depending on your postcode your options at checkout will include DPD NEXT DAY, DPD 12:00 and DPD 10:30 options. Some postcodes will show "DPD TWO DAY". 

 

Shipping to Ireland (Northern or Republic of) is a “DAP” service which means you have to pay any Duty and Taxes. Business customers must email us their EORI and UKIMS numbers.

 

PALLETS DON'T SHIP VIA DPD - WHAT YOU NEED TO KNOW 

 

Some units can only be shipped safely on a pallet due to weight and/or size.  Cut off time for orders shipping by pallet is 1.30pm, that’s because we need to book the job before 2pm. 

 

Pallets are big and they ship on big lorries!  If there is any problem with a dustbin-lorry size vehicle accessing your property, you need to let us know and we can request delivery by a smaller 7.5T lorry.  If this is the case, then PALLET NEXT DAY may not be available.

 

Depending on your postcode your options at checkout will include PALLET NEXT DAY, PALLET 2-3 DAYS, PALLET COLLECTION HG4 2RN (organise your own pick-up).  Some postcodes will show “PALLET 5-6 DAYS” etc.
Pallet deliveries are between 09.00 and 17.00 and we are unable to give you the ETA in advance.

  

We use a very reliable local supplier, and the pallets go in to the “Palletforce” network.  Currently the network don’t use tracking numbers and you can't track online (coming in 2026).  Call or email us to check on a delivery or collection.

 

Need more information on delivery and returns? Please visit our full delivery page.

Why Use Additive X?