Laypla High Impact boasts essential technical capabilities of impact resistance, wear resistance and flexibility. It has the ability to flex without compromising the structure and is widely used in the industrial and automotive sectors.

PETG is a modified version of PET; the 'G' stands for modified glycol. This material is more flexible and resistant than PLA, but easier to print with than ABS filament. This type of printing filament also allows open chamber printing, as it does not emit toxic vapours.

Nylon 3D printing filaments:
Nylon materials are characterised by their strength and flexibility, but compared to other filaments, they require more complex processing.

Nylon is suitable for 3D printing of objects resistant to compression or twisting.

Nylon 3D printing filaments:
Nylon materials are characterised by their strength and flexibility, but compared to other filaments, they require more complex processing.

Nylon is suitable for 3D printing of objects resistant to compression or twisting.

ASA (acrylonitrile styrene acrylate) filament is a multi-purpose thermoplastic that is perfect for 3D printing and UV-resistant. Similar to ABS plastic but with some improvements: optimised mechanical properties and superior aesthetics. Over 10 colour variant possibilities.

TPU, in its Layerloop-produced variant 'Layflex', is a rubber-like material available in 3 different shore hardnesses from 80A to 60D  

Laygreen Pro is a 3D printing filament from our BIO Performance range of materials, developed for high-performance applications in terms of mechanical and thermal resistance. In fact, the material has excellent flexural strength and dimensional stability during printing, resulting in excellent aesthetics.

Features
- Biodegradable according to DIN EN ISO 14855
- Odourless, certified for food contact and FDA approved

The choice of this new polymer arose from our customers' need to use a material that combined biodegradability (a certified biodegradable material made from sustainable resources) with the mechanical characteristics conferred by carbon fibres, which give the basic polymer matrix light weight, greater resistance to high temperatures and a high Young's modulus (over 7Gpa).
Features
- Temperature-resistant up to 165°C (Vicat VST)
- Loaded with 10% carbon fibre
- REACH & Rohs certified
- UV-resistant like ASA

Polypropinene

Semi-crystalline polymer characterised by high tensile strength, low density and resistance to abrasion. 

It features an HDT heat resistance according to ISO75 of 190°c.

It has an HDT heat resistance according to ISO75 of 220°c.