Plastic for 3D printer (filament) SUNLU PLA Classic 1 kg. 1.75mm. refill (spoolless) (Black)

PLA filament SUNLU Classic 1 kg 1.75 mm (refill, spoolless) - is a basic material for 3D printing, which is characterized by maximum ease of use and stable quality. Ideal for beginners and professionals to create decorative products, prototypes and non-loaded parts.

PLA has minimal shrinkage, adheres well to the platform and ensures accurate transmission of the model geometry. The material is practically not deformed during printing, which allows you to get a high-quality result even without a closed chamber.

The refill (without spool) format makes it possible to use reusable spools, reduces costs and reduces shipping costs.

Technical specifications

• Material type: PLA (Polylactic Acid)
• Filament diameter: 1.75 mm
• Weight: 1 kg
• Winding type: refill (without spool)
• Diameter accuracy: up to ±0.02 mm
• Filament length: ~330-340 m
• Density: ~1.24 g/cm3
• Printing temperature: 190-220 °C
• Table temperature: 0-60 °C
• Printing speed: 50-200 mm/s
• Product operating temperature: up to ~50-60 °C
• Printing type: FDM / FFF
• Colors: black (Black), gray (Gray), olive green (Olive Green)

Material properties

• Very easy to printers
• Minimal shrinkage and no deformation
• High accuracy of parts transfer
• More environmentally friendly compared to engineering plastics
• Smooth surface of products
• Low odor level during printing

Advantages

• Ideal for beginners
• Stable result without complicated settings
• Excellent surface quality
• Does not require a closed chamber
• Wide compatibility with 3D printers
• Savings due to spoolless format

Features usage

• Sensitive to high temperatures (may deform)
• Less durable compared to PETG or ABS
• Recommended to store in a dry place
• Adheres well to most surfaces (glass, PEI, etc.)

Compatibility

• Suitable for most FDM printers
• Compatible with Bowden and Direct extruders
• Works with standard PLA settings

Application

• Decorative products
• Prototyping
• Models and mockups
• Housings without workload
• Educational projects