HDglass™ - See Through Green is a vivid high gloss and transparent grass green coloured 3D printer filament.
HDglass™ is our new amorphous , high strength and ultra-transparent modified PETG compounded 3D printer filament range. HD stands for “Heavy Duty”, as HDglass™ has excellent properties when it comes to strength, toughness and temperature resistance for same like materials. Next to being heavy duty, HDglass™ has a very impressive transparency as it is an amorphous filament, which lets 90% of the visible light pass through its fibre and has less than 1% haze. With HDglass™ you are now able to get the closest approximate to glass-like results for 3D printed objects.
Printing with HDglass™ filament is very easy and comfortable as it has a great thermal stability, and superb first- and interlayer adhesion and does not produce any odors during 3D printing. HDglass™ is a perfectly save material as it does not contain any hazardous substances, is Bisphenol A free, RoHS certified, REACH compliant, and is even FDA food and drink contact approved.
Because of its unique transparency and glossiness, the HDglass™ compound allows itself to be coloured in the most beautiful transparent and bright opaque colours. This same superb transparency and glossiness makes HDglass™ a perfect base material for adding thermal-, or UV light sensitive colour effects.
HDglass™ is available in a variety of vivid colours and prints best at a printing temperature range within 215°C and 250°C. Printing with HDglass™ is remarkable easy, as it is a very easy to process material and an excellent first layer adhesion can be obtained by printing at various undergrounds without needing a heated print bed. A good first layer adhesion can be obtained by printing among others on EuroCel Blue Masking Tape, a Formfutura BuildTak™ sheet, Kapton tape, or PET tape without having to use a heated print bed.
Dependent of the size of the printed object, HDglass™ can be printed at a high printing speed. As a matter of fact increasing the print speed makes your HDglass™ 3D printed object even more transparent.
With its below displayed unique set of characteristics HDglass™ is a true asset to our Formfutura product portfolio.
- Extremely transparent
- Very though
- High strength
- FDA food and drink contact approved
- Odorless processing/printing
HDglass™ has an excellent roundness and very tight diameter tolerances, which makes this filament a perfect match with all common desktop 3D printers. Printing with HDglass™ 3D printer filament will go very smoothly with basically all FFF/FDM technology based desktop 3D printers, such as:
- RepRap (Mendel, Huxley, Prusa)
- MakerBot (Replicator, Replicator 2, Replicator 2X)
- UP! Plus, Up! Mini
- AND MANY MORE....!
Our HDglass™ 3D printer filament is wrapped on a transparent ABS plastic spool which contains approximately 0.75Kg of filament. Our spool-wrapped HDglass™ filaments are packed in a silica sealed bag and come in a full colour printed cardboard box, which in turn is also sealed in plastic. Please see below for more details with respect to the weight and packaging of our spool-wrapped HDglass™ 3D printer filaments:
|Filament Net Weight:||± 0.75 Kg|
|Spool Size (D x h):||200 mm x 55 mm|
|Spool Hub Diameter:||52 mm|
|Carton Box Size (L x W x H):||200 mm x 200 mm x 60 mm|
|Packaged weight||1.25 Kg|
Recommendations for printing with HDglass™ filament
- It is important that your print bed is levelled properly and adjusted quite tight to the nozzle; This will make sure that you will get a good your first layer to your print surface.
- A good first layer adhesion can be obtained on EuroCel Blue Masking Tape, Kapton Tape, PET Tape, and Formfutura BuildTak™ sheets.
- It is important that your print surface is clean.
|Colour:||See Through Green|
|Filament Net Weight:||± 0.75 Kg|
|Material:||HDglass™ (PETG compounded)|
|Diameter Tolerance:||± 0.10 mm|
|Print Temperature Guideline:||215 - 250°C|
|Glass Transition Temperature:||± 70°C|
|Ovalidity Tolerance (max):||± 5%|
|Density (21.5°C):||1270 kg/m³|
|Print Speed Guideline:||Comparable with PLA|
|Impact Strength:||7.2 KJ/m2|
|Tensile Modulus:||2147.6 MPa|