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Filament

ABS Filament Properties

ABS is long lasting and highly resistant to impact. It can used for the end product and prototype ; can withstand up to 85°C.

Material Type: ABS

Diameter:  1.75mm

Diameter Tolerance:  ±0.02

Printing Temperature : 230°C – 250°C

Recommended Build Plate Temperature:  90°C – 115°C

ABS Filament Technical Data

Physical, Mechanical and Thermal Properties

 

Property Test conditions Test Method Unit Value
Spesific Weight ASTM D792 1,07
Extrusion ASTM D955      % 0,4-0,6
Melt fluidity 220 ℃/10 Kg ASTM D1238 g/10 dak. 21
Tensile Strength: @3,2mm Yield50mm/dak. ASTM D638 kg/cm² 495
Tensile Elongation @3,2mm Break50mm/dak. ASTM D638      % 40
Tensile Coefficient @3,2 mm 1mm/dak. ASTM D638 kg/cm² 21,200
Flexural Strength @3,2mm15mm/dak. ASTM D790 kg/cm² 790
Bending Coefficient @3,2mm15mm/dak. ASTM D790 kg/cm² 25,000
IZOD Impact Resistance 6,4mm Jagged 23℃-30℃ ASTM D256 kg·cm/cm kg·cm/cm 35

15

 IZOD Impact Resistance 3,2mm Jagged 23℃-30℃ ASTM D256 kg·cm/cm kg·cm/cm 35

15

Rockwell Hardness R-criterion ASTM D785 108
Vicat Softening Temperature 5kg, 50℃/Saat ASTM D1525 93

PLA Filament Properties

It’s generally used in support structures when printing models with overhanging parts and complex shapes. It is resolvable, therefore easily removable after print.

Material Type: PLA

Diameter:  1.75mm

Diameter Tolerance:  ±0.02

Printing Temperature : 190°C – 220°C

Recommended Build Plate Temperature:  75°C – 110°C

PLA Filament Technical Data

Physical, Mechanical and Thermal Properties

 

Property Test conditions Test Method Unit Value
Spesific Weight ASTM D792 1,07
Extrusion ASTM D955      % 0,4-0,6
Melt fluidity 220 ℃/10 Kg ASTM D1238 g/10 dak. 21
Tensile Strength: @3,2mm Yield50mm/dak. ASTM D638 kg/cm² 495
Tensile Elongation @3,2mm Break50mm/dak. ASTM D638      % 40
Tensile Coefficient @3,2 mm 1mm/dak. ASTM D638 kg/cm² 21,200
Flexural Strength @3,2mm15mm/dak. ASTM D790 kg/cm² 790
Bending Coefficient @3,2mm15mm/dak. ASTM D790 kg/cm² 25,000
IZOD Impact Resistance 6,4mm Jagged 23℃-30℃ ASTM D256 kg·cm/cm kg·cm/cm 35

15

 IZOD Impact Resistance 3,2mm Jagged 23℃-30℃ ASTM D256 kg·cm/cm kg·cm/cm 35

15

Rockwell Hardness R-criterion ASTM D785 108
Vicat Softening Temperature 5kg, 50℃/Saat ASTM D1525 93

PVA Filament Properties

PVA filament is made from herbal products such as corn and sugar cane which is why it’s mainly used in medical applications. It can withstand temperatures up to 50°C.

Material Type: PVA

Diameter:  1.75mm

Diameter Tolerance:  ±0.02

Printing Temperature : 190°C – 230°C

Recommended Build Plate Temperature:  75°C – 100°C

PVA Filament Technical Data

Physical, Mechanical and Thermal Properties

 

Property Test conditions Test Method Unit Value
Spesific Weight ASTM D792 1,07
Extrusion ASTM D955      % 0,4-0,6
Melt fluidity 220 ℃/10 Kg ASTM D1238 g/10 dak. 21
Tensile Strength: @3,2mm Yield50mm/dak. ASTM D638 kg/cm² 495
Tensile Elongation @3,2mm Break50mm/dak. ASTM D638      % 40
Tensile Coefficient @3,2 mm 1mm/dak. ASTM D638 kg/cm² 21,200
Flexural Strength @3,2mm15mm/dak. ASTM D790 kg/cm² 790
Bending Coefficient @3,2mm15mm/dak. ASTM D790 kg/cm² 25,000
IZOD Impact Resistance 6,4mm Jagged 23℃-30℃ ASTM D256 kg·cm/cm kg·cm/cm 35

15

 IZOD Impact Resistance 3,2mm Jagged 23℃-30℃ ASTM D256 kg·cm/cm kg·cm/cm 35

15

Rockwell Hardness R-criterion ASTM D785 108
Vicat Softening Temperature 5kg, 50℃/Saat ASTM D1525 93

HIPS Filament Properties

HIPS is impact resistant and highly durable. It can be used as the end product and withstand temperatures up to 85°C.

Material Type: HIPS

Diameter:  1.75mm

Diameter Tolerance:  ±0.02

Printing Temperature : 230°C – 250°C

Recommended Build Plate Temperature:  90°C – 115°C

HIPS Filament Technical Data

Physical, Mechanical and Thermal Properties

 

Property Test conditions Test Method Unit Value
Spesific Weight ASTM D792 1,07
Extrusion ASTM D955      % 0,4-0,6
Melt fluidity 220 ℃/10 Kg ASTM D1238 g/10 dak. 21
Tensile Strength: @3,2mm Yield50mm/dak. ASTM D638 kg/cm² 495
Tensile Elongation @3,2mm Break50mm/dak. ASTM D638      % 40
Tensile Coefficient @3,2 mm 1mm/dak. ASTM D638 kg/cm² 21,200
Flexural Strength @3,2mm15mm/dak. ASTM D790 kg/cm² 790
Bending Coefficient @3,2mm15mm/dak. ASTM D790 kg/cm² 25,000
IZOD Impact Resistance 6,4mm Jagged 23℃-30℃ ASTM D256 kg·cm/cm kg·cm/cm 35

15

 IZOD Impact Resistance 3,2mm Jagged 23℃-30℃ ASTM D256 kg·cm/cm kg·cm/cm 35

15

Rockwell Hardness R-criterion ASTM D785 108
Vicat Softening Temperature 5kg, 50℃/Saat ASTM D1525 93