Menu

Order before 23:59, same day shipping Free shipping from € 100,- Customer rating: 4.9 / 5 Excellent serviceBusinesses Contact

PLA Filament Black - 1.75 - 2kg - Devil Design

Item number 55355 Brand Devil Design Model DDPLA1.75_BLACK_2KG  Share

Description Attachments

This PLA Filament in black has a diameter of 1.75mm, with a tolerance of ± 0.05mm, and is supplied on a 2kg spool. The recommended temperature for the hotend is between 200 and 235 °C, and for the heatbed between 50 and 60 °C. The filament comes in a sealed package with a moisture absorbent.

PLA is a biodegradable material that is easy to print. It is ideal for prototyping and decorative objects. However, PLA is less suitable for mechanically stressed parts.

NB: When the sealed packaging is opened, the filament can no longer be returned.

Properties

Brand information

Brand	Devil Design
Model	DDPLA1.75_BLACK_2KG

Datasheet

Diameter	1,75 mm
Color	Black
Material	PLA
Hotend temperature	200 °C - 235 °C
Heatbed temperature	50 °C - 60 °C
weight	2Kg
Mounting hole diameter	55mm

Size info

Length	205 mm
Width	205 mm
Height	80 mm
Weight	2.360 g

€ 31,00€ 25,65 Excl. VAT (NL)

Out of stock

Alternatives in stock

PLA Filament Super Blue - 1.75 - 1kg - Devil Design€ 17,20 PLA Filament Galaxy red - 1.75 - 1kg - Devil Design€ 18,05 PLA Filament Glow in the dark - blue - 1.75 - 1kg - Devil Design€ 31,00 Show more results

PLA Filament Black - 1.75 - 2kg - Devil Design € 31,00

Show volume discounts Shipped from € 5,95 (NL) 30 days cooling-off Excellent service

Alternative products



Customer questions

Q Ask a question

Customer Reviews

David Bergmans

Snel in huis Top kwaliteit No negatives

Print neatly, good quality and very good price

Placed on 6 April 2024



Anonymous

Spool is too big for the holder of my 3D printer

Placed on 11 January 2024

2



Opencircuit

The filament should have a spool diameter of 200mm, the dimensions of the filament roll itself are also shown on the product page. Do these dimensions not match the dimensions of the received filament? In that case, we would like to hear from you so that we can find a solution together.