Stirling Silver PETG 1.75mm - 3DQF UK Made 3D Printer Filament

Think you've used PETG before, this is the real deal! What do 3DQF have to Say? Introducing Our New Power Tool Colour Range! Now available as a Panda Food Refill option Working with the most popular spool refill options, these Panda food refills drop straight onto many third-party refills and are perfect for AMS-based systems (Automatic Material Systems). We're thrilled to unveil the second release in our highly anticipated Power Tool Colour Range: Stirling Silver ! Targeting a metallic look to simulate dicast aluminium, so if if you have been looking for a true metallic PETG with no compromises this Stirling Silver to sure to hit the mark! We’ve gone a step further by collaborating with our local colourist to create a polymer-specific masterbatch, enhancing the strength of the material for your most demanding projects. Why choose our Power Tool Colour Range? Perfect Colour Match No compromises. Maximised Material Strength Designed for durability. UK Made Supporting local manufacturing. Available in 1KG & Refill Spools Start printing your latest power tool attachments with confidence and style! Coming soon to the range: Clip Off Red, Miltalkkee Red, and Tobyi Green! Get ready to take your prints to the next level time to power up your workshop and tool projects! Available in 1.75 mm Spec Hot end temp 235-260°C Bed 70-100°C .4 mm initial layer height First layer Speed 15 mm/s Print speed 50-300mm/s Retraction 1-2 mm Part cooling fan off (first layer) Filament cleaner Gluestick to aid removal (Glass) PEI Recommended Open / Closed enclosure Tolerance 0.03 + - Net filament 1KG + Spool Volumetric Flow 11mm MK19 Spool Spec 1KG 69-65mm W 194 mm OD 64 mm ID Axle*** Card Construction Airtight Bag with desiccant Spool Weight 60-70 grams Panda Food Refill ID 82.6mm Width 60mm locating notch added 4 Securing Straps Please follow instructions when loading refills Improvements over PLA Flexible material which is resistant to shock. Higher impact strength than PLA, reducing the risk of fracture. Increased surface hardness over PLA Higher working temperature range than PLA