**Product Specifications:**
**Brand:** Caige
**Product Name:** 3D Printing Filament
**Variants:** PLA, PETG, ABS, TPU
**Recommended Users:** Beginners, Advanced Beginners, Experienced Users
**Material Characteristics:** Easy to Mold, High Toughness, High-Speed Printing, Flexible with High Rebound, Smooth Finish, Impact Resistant, Cold and Heat Resistant, Wear Resistant, Environmentally Safe and Biodegradable, High Interlayer Bonding Strength, Water Resistant, Antimicrobial and Antifungal
**Applications:** Disposable Products, Automotive Parts, Bicycle Helmets, Phone Cases, Biomedical Field, Mechanical Components, Sports Shoe Soles, Biodegradable Packaging Materials, Electronic Product Casings, Insoles, Customized Products, Medical Models, Lego Bricks, Orthopedic Braces, Seals for Automotive Parts
**Caige Series PLA Features:** High Performance, Smooth and Colorful Printing, Environmentally Safe and Biodegradable
**PLA Filament Specifications:** Diameter: 1.75±0.02mm, Length: 340m
**Compatibility:** Compatible with 99% of 3D printers including popular brands like Bambu Lab, Creality 3D, Elegoo, Anycubic, Raise 3D, etc.
**Packaging:** Vacuum Sealed to protect from dust and moisture
**Additional Variants:** Silk PLA (Silver, Gold, Purple), Dual-Color Gradient Silk PLA, Marble PLA, Blue, Red, Orange, Glow-in-the-Dark PLA
**Comparison between PLA and PLA+:**
- **Density:** 1.24g/cm3 for both
- **Melting Index:** 42.4 ±3.5g/10min for both
- **Melting Temperature:** 160℃ for both
- **Tensile Strength:** 35 ±4MPa for both
- **Conclusion:** PLA+ has higher impact strength and thermal deformation temperature compared to PLA
**Recommended Printing Settings for PLA and PLA+:**
- **Printing Temperature:** 190-220℃ for PLA, 200-230℃ for PLA+
- **Bed Temperature:** 50-65℃
- **Printing Speed:** 30-70mm/s
**Performance Comparison between PLA and PLA+:**
- **Conclusion:** PLA+ offers smoother surface finish, better overhangs, and bridging performance compared to PLA
This comprehensive range of Caige 3D printing filaments offers high-quality materials suitable for a wide range of applications and user expertise levels.
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