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157 Products Found
standardFilamentive 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...
Filamentive rPLA Orange | 1.75mm | 750g
£24.00 Inc VAT£20.00 Exc VAT
Description Orange rPLA 750g in 1.75mm diameter and approximately 90m long RECYCLED ORIGIN. UNRIVALLED QUALITY Short for polylactic acid, PLA is a bioplastic derived from plant-based sources. However, PLA production is...
Filamentive rPLA Orange | 2.85mm | 750g
£24.00 Inc VAT£20.00 Exc VAT
Description Orange rPLA 750g in 2.85mm diameter and approximately 90m long RECYCLED ORIGIN. UNRIVALLED QUALITY Short for polylactic acid, PLA is a bioplastic derived from plant-based sources. However, PLA production is...
Filamentive rPLA Red | 1.75mm | 750g
£24.00 Inc VAT£20.00 Exc VAT
Description Red rPLA 750g in 1.75mm diameter and approximately 90m long RECYCLED ORIGIN. UNRIVALLED QUALITY Short for polylactic acid, PLA is a bioplastic derived from plant-based sources. However, PLA production is...
Filamentive rPLA Red | 2.85mm | 750g
£24.00 Inc VAT£20.00 Exc VAT
Description Red rPLA 750g in 2.85mm diameter and approximately 90m long RECYCLED ORIGIN. UNRIVALLED QUALITY Short for polylactic acid, PLA is a bioplastic derived from plant-based sources. However, PLA production is...
Filamentive rPLA Silver | 1.75mm | 750g
£24.00 Inc VAT£20.00 Exc VAT
Description Silver rPLA 750g in 1.75mm diameter and approximately 90m long RECYCLED ORIGIN. UNRIVALLED QUALITY Short for polylactic acid, PLA is a bioplastic derived from plant-based sources. However, PLA production is...
Filamentive rPLA Silver | 2.85mm | 750g
£24.00 Inc VAT£20.00 Exc VAT
Description Silver rPLA 750g in 2.85mm diameter and approximately 90m long RECYCLED ORIGIN. UNRIVALLED QUALITY Short for polylactic acid, PLA is a bioplastic derived from plant-based sources. However, PLA production is...
Filamentive rPLA White | 1.75mm | 750g
£24.00 Inc VAT£20.00 Exc VAT
Description White rPLA 750g in 1.75mm diameter and approximately 90m long RECYCLED ORIGIN. UNRIVALLED QUALITY Short for polylactic acid, PLA is a bioplastic derived from plant-based sources. However, PLA production is...
Filamentive rPLA White | 2.85mm | 750g
£24.00 Inc VAT£20.00 Exc VAT
Description White rPLA 750g in 2.85mm diameter and approximately 90m long RECYCLED ORIGIN. UNRIVALLED QUALITY Short for polylactic acid, PLA is a bioplastic derived from plant-based sources. However, PLA production is...
Filamentive rPLA Yellow | 1.75mm | 750g
£24.00 Inc VAT£20.00 Exc VAT
Description Yellow rPLA 750g in 1.75mm diameter and approximately 90m long RECYCLED ORIGIN. UNRIVALLED QUALITY Short for polylactic acid, PLA is a bioplastic derived from plant-based sources. However, PLA production is...
Filamentive rPLA Yellow | 2.85mm | 750g
£24.00 Inc VAT£20.00 Exc VAT
Description Yellow rPLA 750g in 2.85mm diameter and approximately 90m long RECYCLED ORIGIN. UNRIVALLED QUALITY Short for polylactic acid, PLA is a bioplastic derived from plant-based sources. However, PLA production is...
Forward AM Ultrafuse ABS Black Filament | 2.85mm | 750g
£27.00 Inc VAT£22.50 Exc VAT
Black ABS 0.75kg. 2.85mm diameter and approximately 90m long ABS (Acrylonitrile Butadiene Styrene) the second most used 3D printing material. Ultrafuse ABS is strong, flexible with a high-temperature resistance. Due to the process...
Forward AM Ultrafuse ABS Blue Filament | 1.75mm
£27.00 Inc VAT£22.50 Exc VAT
Blue ABS 0.75kg. 1.75mm diameter and approximately 90m long ABS (Acrylonitrile Butadiene Styrene) the second most used 3D printing material. Ultrafuse ABS is strong, flexible with a high-temperature resistance. Due to the...
Forward AM Ultrafuse ABS Blue Filament | 2.85mm | 750g
Blue ABS 0.75kg. 2.85mm diameter and approximately 90m long ABS (Acrylonitrile Butadiene Styrene) the second most used 3D printing material. Ultrafuse ABS is strong, flexible with a high-temperature resistance. Due to the...