Selected high-quality PETG raw materials (modified polyethylene terephthalate), optimized through professional modification technology, perfectly integrating the dual advantages of high strength and high toughness. It fundamentally solves common problems of traditional filaments such as printing warping, brittleness, and layer delamination. Compatible with most desktop 3D printers, whether you are a beginner or a professional creator, you can easily print delicate, firm and durable works, balancing practicality and convenience.
🌟 Three Core Advantages, Redefine Printing Experience
✅ High Strength & Load-Bearing, Durable and Undamaged
Adopting high-purity PETG raw materials, controlled by strict extrusion process, the filament has uniform density. The tensile strength of printed parts can reach 31.9±1.1MPa, and the flexural strength is as high as 53.7±2.4MPa, far exceeding ordinary PLA filaments. It has excellent load-bearing capacity and anti-deformation performance. It can be used to print functional parts that need to bear mechanical stress, such as 3D printer accessories, robot joints, tool handles, etc. It is not easy to be damaged or deformed after long-term use, meeting engineering-grade printing requirements.
✅ High Toughness & Impact Resistance, Not Easy to Break
Different from the disadvantage of brittleness and easy breakage of ordinary filaments, this product has undergone special modification treatment, combining the stability of PET and the flexibility after ethylene glycol modification. It has excellent impact resistance, with an Izod notched impact strength of 5.1±0.3KJ/m². The printed parts can be slightly bent without breaking, and can effectively buffer the impact force when dropped, avoiding damage caused by collision and extrusion. Whether printing model ornaments, DIY crafts, or functional structural parts, it can balance aesthetics and durability.
✅ Low Shrinkage & Easy to Print, Say Goodbye to Warping Completely
The optimized formula greatly reduces the material shrinkage rate. During the printing process, it is heated evenly and cooled stably. Without the assistance of a complex heated enclosure, it can also effectively avoid common problems such as model edge warping, deformation, and layer delamination, which is extremely friendly to beginners. With a heat bed temperature of 70-90℃, it can achieve stable adhesion between the printed part and the print bed. Even when printing large-size models and thin-walled parts, it can maintain a complete shape and flat edges, greatly improving the printing success rate and reducing material waste.
📌 Core Product Parameters
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Parameter Name
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Specifications
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Notes
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Filament Type
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PETG (Modified Polyethylene Terephthalate)
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Non-toxic, environmentally friendly and recyclable
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Filament Diameter
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1.75mm (Standard)
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Tolerance ≤ ±0.03mm, smooth extrusion
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Printing Temperature
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Nozzle: 220-260℃, Heat Bed: 70-90℃
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Wide temperature range, compatible with most printers
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Weight
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1KG/Spool
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Sealed packaging, moisture-proof and anti-caking
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Color Options
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Multiple colors available: Transparent, Black, White, Red, Blue, etc.
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Uniform color, smooth surface after printing, post-print polishing compatible
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Compatible Printers
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All FDM Desktop 3D Printers
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Strong compatibility, no additional debugging required
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💡 More Practical Advantages, Balancing Details and Experience
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Non-toxic & Environmentally Friendly: Adopting food-grade compatible PETG raw materials, no pungent odor, safe and environmentally friendly during printing. It can be used to make kitchen gadgets, pet feeders and other items that come into daily contact (compliance needs to be confirmed).
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High Transparency: Natural transparent PETG can achieve a glass-like transparency. When printing lampshades, experimental containers and transparent ornaments, it can present a delicate and transparent texture without post-print polishing, with excellent visual effect.
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Good Chemical Resistance: It has good resistance to most organic solvents, suitable for printing parts that need to contact mild chemical substances, and has certain UV resistance, making it suitable for outdoor display models.
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Uniform Filament Diameter: Adopting precision extrusion equipment, the filament has consistent thickness, avoiding jamming and breakage caused by filament diameter fluctuation, ensuring stable and smooth printing process and improving print precision.
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Easy to Store: Sealed vacuum packaging with desiccant, effectively moisture-proof, avoiding printing bubbles, stringing and other problems caused by filament moisture absorption, extending the shelf life of the filament and making storage more worry-free.
🎯 Wide Application Scenarios, Meeting Diverse Needs
Whether you are an individual maker, student, small factory or design studio, this product can be perfectly adapted, covering a variety of application scenarios:
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Engineering Prototypes: Print functional prototypes such as mechanical parts, gears, fixtures, transmission components, etc. The strength and toughness meet testing and application requirements, facilitating design implementation.
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DIY Creation: Make handcrafted models, home decorations, lampshades, storage boxes, etc. High toughness ensures durability, and rich colors can meet various creative needs.
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Educational Training: Suitable for schools and training institutions to carry out 3D printing teaching. The characteristics of easy printing and anti-warping reduce the learning threshold for beginners and improve the learning experience.
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Industrial Auxiliary: Print auxiliary parts such as auto parts, electronic equipment housings, medical device housings, etc. Its chemical resistance and stability are suitable for industrial applications.
📝 Printing Tips
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It is recommended to dry the filament before printing (drying at 60℃ for more than 8 hours) to avoid bubbles, stringing and other problems caused by moisture absorption during printing.
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It is recommended to set the nozzle temperature at 230-240℃, the heated bed temperature at 75-85℃, and the fan speed at 20%-50% to balance interlayer adhesion and overhang performance.
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A small amount of glue stick can be applied to the heated bed surface during printing to facilitate the removal of the printed part and avoid adhesion damage to the heated bed coating.
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To improve print precision, the printing speed can be appropriately reduced (30-50mm/s), and the slicing path can be optimized to achieve a more delicate print effect.
3D Printing Mini Class
