AddNorth X-PLA Light Grey

Name: AddNorth X-PLA Light Grey, 2.85 mm / 2300 g
Brand: AddNorth
SKU: AN-ANXP22LGR
Price: 60.70 GBP
Availability: InStock
Rating: 5 (1 reviews)

Biodegradable PLA filament with high impact resistance

1 Customer Rating

£60.70 £66.99 -9%

(£26.39 / kg, Price shown includes 20% VAT. - Excludes delivery costs)

Colour :

AddNorth

X-PLA White

Biodegradable PLA filament with high impact resistance

£25.29

(£33.72 / kg)
5.0 (1)
AddNorth

X-PLA Cold White

Biodegradable PLA filament with high impact resistance

£126.99

(£25.40 / kg)
AddNorth

X-PLA Red

Biodegradable PLA filament with high impact resistance

£25.29

(£33.72 / kg)
AddNorth

X-PLA Medium Blue

Biodegradable PLA filament with high impact resistance

£25.29

(£33.72 / kg)
AddNorth

X-PLA Light Grey

Biodegradable PLA filament with high impact resistance

£60.70 £66.99

(£26.39 / kg)
5.0 (1)
AddNorth

X-PLA Black

Biodegradable PLA filament with high impact resistance

£25.29

(£33.72 / kg)
5.0 (1)

Features & Advantages

High impact resistance
100% biodegradable
Unbeatable finish

Item no.: AN-ANXP22LGR, Content: 2.300 g, EAN: 7340182900914

Product information & technical details

Item no.:	AN-ANXP22LGR
Manufacturer No.:	ANXP22LGR
Manufacturers:	AddNorth
Content:	2.300 g
Net weight:	2,3kg

Diameter:	1,75 mm, 2,85 mm
Product types:	PLA Filaments
Filament colour:	Grey / silver
Product Type Google Base:	Filament
Net weight:	750 g, 2300 g, 5000 g
Recommended processing temperature:	180 - 220 °C
Recommended heating temperature:	0 - 70 °C

Description

X-PLA is a unique PLA mixture that was developed by AddNorth.

The material is 100% biodegradable and has a high impact resistance, no brittleness and a great surface finish. X-PLA was developed to meet the high demands of architects who often print thin walls, but at the same time need a resistant and even surface.

Finished models made of X-PLA have a solid and robust surface and are perfect for technical applications, but also for prototypes and figures. The lower the printing temperature of X-PLA, the more matt the surface of the component.