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Ultimaker PVA Natural 750g | 2.85mm | 750g
£110.10 Inc VAT£91.75 Exc VAT
Natural PVA Filament 750g. 2.85mm diameter and approximately 90m long PVA (Polyvinyl Alcohol) is a water-soluble support material for multi-extrusion 3D printing. With a good thermal stability, Ultimaker PVA is...
Forward AM Ultrafuse PLA PRO1 Natural White Filament | 2.85mm | 750g
£36.00 Inc VAT£30.00 Exc VAT
Natural White PRO1 0.75kg. 2.85mm diameter and approximately 90m long Ultrafuse polymer chemists have developed PRO1 as a high-speed engineering thermoplastic that prints as easy as PLA at speeds previously considered...
Filamentive Natural Wood | 2.85mm | 750g
Description Natural Wood 0.75kg in 2.85mm diameter and approximately 90m long SMELLS LIKE WOOD, LOOKS LIKE WOOD, FEELS LIKE WOOD Filamentive Wood is a PLA-based composite 3D printer filament. 40%...
Ultimaker PVA Natural | 2.85mm | 350g
£51.90 Inc VAT£43.25 Exc VAT
Natural PVA Filament 350g. 2.85mm diameter and approximately 90m long PVA (Polyvinyl Alcohol) is a water-soluble support material for multi-extrusion 3D printing. With a good thermal stability, Ultimaker PVA is...
Forward AM Ultrafuse PLA PRO1 Natural White Filament | 1.75mm | 750g
£36.00 Inc VAT£30.00 Exc VAT
Natural White PRO1 0.75kg. 1.75mm diameter and approximately 90m long Ultrafuse polymer chemists have developed PRO1 as a high-speed engineering thermoplastic that prints as easy as PLA at speeds previously considered...
Forward AM Ultrafuse TPU 85A - 1.75mm - Natural - 750g
£39.60 Inc VAT£33.00 Exc VAT
Like in Elastollan ®, Ultrafuse TPU 85A has excellent resistance to hydrolysis and good flexibility at low temperature, resistance to microbiological attack, good wear performance, high tensile strength, good damping...
Filamentive Natural Wood | 1.75mm | 750g
Description Natural Wood 0.75kg in 1.75mm diameter and approximately 90m long SMELLS LIKE WOOD, LOOKS LIKE WOOD, FEELS LIKE WOOD Filamentive Wood is a PLA-based composite 3D printer filament. 40% of...
Forward AM Ultrafuse PLA PRO1 Natural White | 2.85mm | 2500g
£93.60 Inc VAT£78.00 Exc VAT
Pro1 offers major key advantages: SPEED: Reduce your printing time with 30%-80%, (subject to printer and object limitations) STRENGTH: Excels beyond printed ABS in every category of mechanical property VERSATILITY:...
Filamentive rPLA Natural | 2.85mm | 750g
£24.00 Inc VAT£20.00 Exc VAT
Description Natural rPLA 0.75kg in 2.85mm diameter RECYCLED ORIGIN. UNRIVALLED QUALITY Short for polylactic acid, PLA is a bioplastic derived from plant-based sources. However, PLA production is depleting natural resources faster...
Forward AM Ultrafuse PLA Natural Filament | 2.85mm | 750g
£24.00 Inc VAT£20.00 Exc VAT
Natural PLA 0.75kg. 2.85mm diameter and approximately 90m long PLA is Poly-Lactic-Acid, a biodegradable polymer with a low melting point. It is an easy material to print with and Ultrafuse...
Forward AM Ultrafuse BVOH - Natural | 2.85mm | 350g
£50.40 Inc VAT£42.00 Exc VAT
Ultrafuse BVOH, an ideal water-soluble support material for your 3D printPrinting complex designs may only be possible with temporary support structures. Ultrafuse BVOH water-soluble support fiament has been designed to...
Forward AM Ultrafuse PP Natural Filament | 1.75mm | 750g
£52.80 Inc VAT£44.00 Exc VAT
Natural PP (Polypropylene) 1.75mm diameter and approximately 90m long Ultrafuse PP is high-performance thermoplastic with low density, high elasticity and a high resistance to fatigue. The mechanical properties of make...
Filamentive rPLA Natural | 1.75mm | 750g
£24.00 Inc VAT£20.00 Exc VAT
Description Natural rPLA 0.75kg in 1.75mm diameter RECYCLED ORIGIN. UNRIVALLED QUALITY Short for polylactic acid, PLA is a bioplastic derived from plant-based sources. However, PLA production is depleting natural resources faster...
Forward AM Ultrafuse PP Natural Filament | 2.85mm | 750g
£52.80 Inc VAT£44.00 Exc VAT
Natural PP (Polypropylene) 2.85mm diameter and approximately 90m long Ultrafuse PP is high-performance thermoplastic with low density, high elasticity and a high resistance to fatigue. The mechanical properties of make...