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Lotactree
Lotactree - PLA-SILK Cyan 1kg - Diameter 1.75mm
Lotactree - PLA-SILK Cyan 1kg - Diameter 1.75mm
Regular price
€15,12 EUR
Regular price
€18,45 EUR
Sale price
€15,12 EUR
Taxes included.
Quantity
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PLA SILK for 3D Printing – FDM Application
PLA SILK is an engineering filament specially developed to create parts with a glossy, smooth finish. Ideal for decorative or functional prints, it combines mechanical resistance with a premium look, making it the perfect choice for projects creative and professional.
Technical Specifications
- Printing Temperature
- 220°C – 240°C
- Table Temperature
- 55°C – 65°C
- Density
- 1.19 g/cm³ (Standard: GB/T1033)
- Melt Flow Rate (MFR)
- 15.3g/10min (at 220°C/2.16kg, Standard: GB/T3682)
- Melting point
- 55°C (Standard: GB/T1634)
- Tensile Strength
- 39.15 MPa (Standard: GB/T1040)
- Elongation at Break
- 69.97% (Speed of 20 mm/min)
- Flexural Strength
- 50.321 MPa (Standard: GB/T9341)
- Flexural Modulus
- 1350.66 MPa (Speed 2 mm/min)
- Impact Resistance
- 10.07 kJ/m² (Standard: GB/T1040)
Product Features
- Glossy Finish: premium look with intense shine, ideal for decorative and artistic projects.
- High Mechanical Strength: excellent resistance to tension and bending, suitable for functional and long-lasting parts.
- Easy to Use: ideal for beginners and professionals, with low deformation and excellent adhesion to the printing base.
- Moderate Flexibility: high elongation rate, allowing resistance to moderate impacts and stresses.
- Wide Application Range: Perfect for consumer products, prototypes, decoration and functional objects.
- Storage: Due to its hygroscopic property, keep the filament in a dry environment to ensure quality.
Disclaimer
The information presented is based on tests carried out by the Lotactree laboratory and provide general guidelines on the use of the product. They do not constitute a guarantee of suitability for specific applications. It is recommended to perform tests according to your needs. This product is protected by intellectual property rights and unauthorized reproduction is prohibited.
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