Fiberlogy PCTG+GF10 Natural, 1,75 mm (750 g)

Name: Fiberlogy PCTG+GF10 Natural, 1,75 mm
Brand: Fiberlogy
SKU: FL-PCTG-10GF-NATURAL-175-075
Price: 49.50 CHF
Availability: InStock

Technical filament made from modern copolyester and glass fibres

CHF 49.50

(CHF 66.00 / kg, Price shown includes 8,1% VAT. - Excludes delivery costs)

Colour:

Fiberlogy

PCTG+GF10 Black

Technical filament made from modern copolyester and glass fibres

CHF 49.50

(CHF 66.00 / kg)
5.0 (4)
Fiberlogy

PCTG+GF10 Natural

Technical filament made from modern copolyester and glass fibres

CHF 49.50

(CHF 66.00 / kg)

Features & Advantages

10% fibreglass
High impact & tensile strength
Good temperature and chemical resistance
Matt, rough surface finish

Item no.: FL-PCTG-10GF-NATURAL-175-075, Content: 750 g, EAN: 5902560996869

Product information & technical details

Item no.: FL-PCTG-10GF-NATURAL-175-075
Manufacturer No.: PCTG-10GF-NATURAL-175-075
Manufacturer: Fiberlogy
Content: 750 g
Diameter: 1,75 mm
Product type: PCTG Filament
Color: Natural
System: Spool
Recommended processing temperature: 250 - 270 °C
Recommended heating temperature: 90 - 110 °C

Description

PCTG+GF is a technical filament that combines the strength of modern copolyester with the versatile properties of glass fibres. The result of this combination is a material with high impact strength and stiffness, which has excellent resistance to external conditions and chemicals.

The material with a matt and rough surface finish is suitable for demanding 3D printing projects (e.g. printing machine parts or tools) with its diverse properties.

Possible applications and examples:

Prototyping (functional prototypes, special tools, small series production),
Automotive (cover elements, connectors, electronics housing),
Electronics (impact-resistant housing with temperature and chemical resistance).

Tip: Thanks to low shrinkage, excellent table hold and easy printing, PCTG+GF can be used in printers without a heated chamber.

Danger! PCTG+GF is characterised by excellent adhesion. Fiberlogy does not recommend printing directly onto the build surface or glass surface as this could damage the first layer. The use of tape is strongly recommended.

Filament spool dimensions

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