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Premium TPU Filament 1.75mm 95A
Basic Info
Brand: xinzerong
Place Of Origin: China
Plastic Molding Process Type: Extruding
Net Weight: 1KG
OEM/ODM: YES
Tolerance: +/- 0.02 mm
Material: TPU Filament
Printing Speed: 20-40mm/s
Nozzle Temperature: 195-205°C
Bed Temperature: 50-60°C
Color: Optional
Diameter: 1.75mm,2.85mm or Customize
Application: 3D Printer
Additional Info
Packaging: OEM Box or Neutral Box
Productivity: 120-200tons/month
Transportation: Ocean,Land,Air,Express
Place of Origin: China
Supply Ability: 200tons/month
HS Code: 3916909000
Port: shenzhen,guangzhou
Product Description
Flexibility at will, boundless creativity: TPU Filament unlocks new possibilities for flexible 3D printing
In the material matrix of 3D printing, there is one material that can embrace creativity with rubber-like elasticity - it is TPU Filament. As a 3D Printer made of flexible thermoplastic polyurethane, Filament offers an ideal solution for flexible demand items such as keychains, insoles, and phone cases with its outstanding elasticity, wear resistance, and ease of printing. This enables 3D printing to move from a "rigid world" to a "flexible dimension".
As a 3D Printer Filament that emphasizes flexibility, the core advantage of TPU Filament lies in its "outstanding elasticity and wide application". Unlike the rigid nature of PLA Filament and the natural texture of Wood PLA Filament, it has a soft texture like rubber and can quickly rebound after being pressed, perfectly adapting to scenarios that require elasticity. Whether it's a keychain for daily use, insoles that fit the feet, or a phone case for protecting devices, they can all achieve cushioning and protective functions with their excellent elasticity. It can be further extended to various projects such as watch straps and drone components, meeting the dual demands of functionality and comfort with its flexible characteristics. This "combination of rigidity and flexibility" expressiveness stands out uniquely in the material camp.
Superior performance and precise craftsmanship ensure smooth printing. This 1.75mm TPU Filament adopts an advanced CCD diameter measurement and adaptive control system, strictly controlling the dimensional tolerance within ±0.02mm to ensure uniform feeding and stable extrusion, providing a solid foundation for smooth printing. The excellent interlayer adhesion makes the model structure stable, and even complex flexible structures can be accurately presented. The printing parameters are simple and easy to operate: The recommended nozzle temperature is 195-205℃, the hot bed temperature is 50-60℃, and the printing speed is 20-40mm/s (the slower the better the effect). Combined with 24-hour thorough drying and vacuum sealed packaging, it effectively avoids bubble and clogging problems, making the printing process smoother and more stable.
The comprehensive advantages of compatibility and practicality broaden the boundaries of creation. This TPU Filament is perfectly compatible with short-range extrusion FDM 3D printers (1.75mm specification). Although it is not suitable for 3D Printing pens, it performs exceptionally well in the field of flexible printing. Compared with the weather resistance of PETG Filament and the high strength performance of ABS Filament, it has become the preferred material for functional accessories with its unique combination of "elasticity + wear resistance". The oil-resistant, anti-aging and non-pilling properties enhance the durability of the works. The rich color options meet personalized needs, making practical accessories also aesthetically pleasing. After use, it can be stored in a sealed bag to maintain excellent performance for a long time and extend the service life of the material.
In the performance comparison, it demonstrates an irreplaceable flexible value. Compared with the brittleness of PLA Filament, its elasticity makes the works more resistant to drops and impacts. Unlike the high-temperature requirements of ABS Filament, its printing temperature is more affordable and the operation is safer. Compared with PETG Filament, it has an additional practical attribute of flexible buffering. Whether it is for making anti-slip handles or shock-absorbing electronic device accessories, it can achieve precise functions with its flexibility, transforming 3D printed works from "ornamental" to "practical", and truly integrating them into daily life.
While other 3D printers Filament are delving deeply into the rigid field, TPU Filament is opening up a new track with a "flexible + functional" posture. It does not pursue a natural texture like Wood PLA Filament, nor focuses on basic printing like ordinary PLA Filament. Instead, it fills the gap of flexible printing with rubber-like elasticity. By choosing this filament, you don't have to compromise between "functionality" and "flexibility". With precise size control and stable printing performance, it makes keychains, insoles and other works both elastic and durable. Among many 3D printers Filament, it stands out with its "flexible feature" Become the perfect combination of creativity and practicality.
In the material matrix of 3D printing, there is one material that can embrace creativity with rubber-like elasticity - it is TPU Filament. As a 3D Printer made of flexible thermoplastic polyurethane, Filament offers an ideal solution for flexible demand items such as keychains, insoles, and phone cases with its outstanding elasticity, wear resistance, and ease of printing. This enables 3D printing to move from a "rigid world" to a "flexible dimension".
As a 3D Printer Filament that emphasizes flexibility, the core advantage of TPU Filament lies in its "outstanding elasticity and wide application". Unlike the rigid nature of PLA Filament and the natural texture of Wood PLA Filament, it has a soft texture like rubber and can quickly rebound after being pressed, perfectly adapting to scenarios that require elasticity. Whether it's a keychain for daily use, insoles that fit the feet, or a phone case for protecting devices, they can all achieve cushioning and protective functions with their excellent elasticity. It can be further extended to various projects such as watch straps and drone components, meeting the dual demands of functionality and comfort with its flexible characteristics. This "combination of rigidity and flexibility" expressiveness stands out uniquely in the material camp.
Superior performance and precise craftsmanship ensure smooth printing. This 1.75mm TPU Filament adopts an advanced CCD diameter measurement and adaptive control system, strictly controlling the dimensional tolerance within ±0.02mm to ensure uniform feeding and stable extrusion, providing a solid foundation for smooth printing. The excellent interlayer adhesion makes the model structure stable, and even complex flexible structures can be accurately presented. The printing parameters are simple and easy to operate: The recommended nozzle temperature is 195-205℃, the hot bed temperature is 50-60℃, and the printing speed is 20-40mm/s (the slower the better the effect). Combined with 24-hour thorough drying and vacuum sealed packaging, it effectively avoids bubble and clogging problems, making the printing process smoother and more stable.
The comprehensive advantages of compatibility and practicality broaden the boundaries of creation. This TPU Filament is perfectly compatible with short-range extrusion FDM 3D printers (1.75mm specification). Although it is not suitable for 3D Printing pens, it performs exceptionally well in the field of flexible printing. Compared with the weather resistance of PETG Filament and the high strength performance of ABS Filament, it has become the preferred material for functional accessories with its unique combination of "elasticity + wear resistance". The oil-resistant, anti-aging and non-pilling properties enhance the durability of the works. The rich color options meet personalized needs, making practical accessories also aesthetically pleasing. After use, it can be stored in a sealed bag to maintain excellent performance for a long time and extend the service life of the material.
In the performance comparison, it demonstrates an irreplaceable flexible value. Compared with the brittleness of PLA Filament, its elasticity makes the works more resistant to drops and impacts. Unlike the high-temperature requirements of ABS Filament, its printing temperature is more affordable and the operation is safer. Compared with PETG Filament, it has an additional practical attribute of flexible buffering. Whether it is for making anti-slip handles or shock-absorbing electronic device accessories, it can achieve precise functions with its flexibility, transforming 3D printed works from "ornamental" to "practical", and truly integrating them into daily life.
While other 3D printers Filament are delving deeply into the rigid field, TPU Filament is opening up a new track with a "flexible + functional" posture. It does not pursue a natural texture like Wood PLA Filament, nor focuses on basic printing like ordinary PLA Filament. Instead, it fills the gap of flexible printing with rubber-like elasticity. By choosing this filament, you don't have to compromise between "functionality" and "flexibility". With precise size control and stable printing performance, it makes keychains, insoles and other works both elastic and durable. Among many 3D printers Filament, it stands out with its "flexible feature" Become the perfect combination of creativity and practicality.
Specification
Filament Diameter: 1.75mm
Tolerance: ±0.03mm
Printing Temperature: 210°C-230°C
Heated Bed Temperature: 25-60°C
Printing Speed: 20-40mm/s
Product weight: 1KG
Length:335-340m/Spools
Colors:Multicolor
Processing Service :OEM,ODM
Certificate:SDS,Rosh, Reach








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