Flexa Bright - TPU Powder
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Flexa Bright - TPU Powder

FLEXA-BRIGHT-2KG
500.00 € 500.00 €
Tax excl.
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In stock 0 units available for immediate shipping.
units available for shipping in 10 - 14 days Available for shipment within 10 - 14 days

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Approximate delivery date: Friday 29 November - Thursday 5 December
Available

Linear thermoplastic urethane elastomers, also known as TPE-U or TPU, are a group of block copolymers of polyols and diisocyanates developed in the late 1950s by the chemical company BF Goodrich. The ratio between both polymers will determine the final properties of the material, being able to obtain from semi-rigid materials to materials with high elasticity. Since its discovery, they have carved out a niche for themselves in the industry, replacing rubbers in multiple applications.

Its most common applications include cable coatings, hose and tube manufacturing, elastic textile components, shoe soles, waterproofing, vibration dampers, soft-touch elements in consumer products or wheels. Today, TPUs have carved a niche in practically all sectors thanks to their versatility.

Urethane-based elastomers stand out for their high resistance to wear and abrasion, high tensile strength, good damping capacity, good toughness and resistance to fats and oils. In addition, it is compatible with the skin and has a high resistance to fungi, which makes it suitable even for medical or orthopedic applications.

One of the challenges of 3D SLS printing is the use of clear materials. The need for the material to absorb enough energy makes dark materials more suitable for SLS 3D printing. Flexa Bright is a TPE-U based linear elastomer with a color light enough to be tinted to any other color. This makes it an ideal material for sectors such as fashion and design.

Piezas tintadas

Image 1: Dyed parts printed with Flexa Bright. Source: Sinterit

It is a material with an elastic limit of 4 MPa, an ultimate tensile stress of 10 MPa with an elongation of 317% and a hardness of 79 Shore A.

Video 1: Flexa Bright promotional video. Source: Sinterit

Its main applications include components or accessories for the fashion sector, display models and medical training or promotional prototypes.

Pieza impresa con Flexa Bright

Image 2: Part printed with Flexa Bright. Sourcee: Sinterit

Like all the other materials in the Flexa series, it also stands out for being 100% reusable, so there is no need to add new refreshment material.

Auricular impreso con Flexa Bright

Image 3: Prototipe printed with Flexa Bright. Sourcee: Sinterit

Flexa Bright is the ideal material for those users who need elastic printed parts with a touch of color.

General information
Manufacturer Sinterit
Material TPU
Format 4 L / 2 kg Kg
Technology SLS
Average granulation 70 µm
Compatible 3D printers Lisa Pro, Lisa X, Nils 480

Mechanical properties
Izod impact strength - KJ/m²
Charpy impact strength - KJ/m²
Elongation at break (ISO 37) 317 %
Tensile strength (ISO 37) 10 MPa
Tensile modulus - MPa
Flexural strength - MPa
Flexural modulus - MPa
Surface hardness (ISO 868) Shore 79 A

Thermal properties
Melting temperature 160 ºC
Softening temperature (ISO 306) 75.1 ºC

Other
HS Code 3908.1
General information
Manufacturer Sinterit
Technology SLS
Material Thermoplastic polyurethane
Format 4 L bottle (2 Kg)
Granulation 26 - 117 µm
Material refreshing ratio 0 %
Color Oyster White
Compatible 3D printers Lisa Pro, Lisa X, Nils 480
Mechanical properties
Tensile strength 10 MPa (PN-EN ISO 37-2007)
Tensile Modulus -
Elongation at break 317 % (PN-EN ISO 37-2007)
Flexural strength -
Flexural modulus -
Charpy impact strength -
Surface hardness 79 Shore-A (PN-EN ISO 868:2005)
Thermal properties
Softening temperature 75.1 ºC (PN-EN ISO 306:2014-02)
Melting point 160 ºC (Sinterit's internal procedure)
Heat deflection temperature B -
Surface roughness
Mean roughness (Ra) in XZ/YZ planes -
Mean roughness (Ra) in XY plane -
Mean roughness depth (Rz) in XZ/YZ planes -
Mean roughness depth (Rz) in XY plane -
Aditional information
HS Code 3908.1


* The typical values detailed in this table should be considered as a reference. Actual values may vary depending on the 3D printer model used, part design and printing conditions. We recommend confirming the results and final properties with own tests. For more information you should consult the technical data sheet of the product.

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