E-beam Curable TPU (X Series)

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E-beam Curable TPU (X Series) Specification

Form
Pellets

Thickness
Customizable (as per application)

Material
Thermoplastic Polyurethane (TPU)

Usage & Applications
E-beam curing; suitable for flexible electronics, medical devices, special coatings, and adhesives requiring high-performance TPU with curable functionality.

Hardness
85-95 Shore A

Packaging Type
Bag

Type
E-beam Curable TPU

Material Feature
E-beam curable, high flexibility, high durability, chemical resistance

Density
1.18 Gram per cubic centimeter(g/cm3)

Grade
X Series

Tensile Strength
35-50 MPa

Melting Point
160-180C

Weight
25 kg (typical bag)

Color
Translucent/White

Elongation at Break
>500%

Processing Method
Extrusion, Injection Molding, Film Casting

Storage Conditions
Cool, dry place; avoid direct sunlight

E-beam Dose Range
30-80 kGy (for effective crosslinking)

Odor
Odorless

Compliance
RoHS, REACH certified

Glass Transition Temperature (Tg)
-35°C to -20°C

Shelf Life
12 months in original sealed packaging

About E-beam Curable TPU (X Series)

E-beam Curable TPU (X Series)

Hardness: 85A-90A

Features: Good chemicals, oil & Greases resistance, high cut& tear Strength, Excellent abrasion resistance, High temperature resistance.

Process: Injection, Extrusion etc.

Application: Wire & Cable, High temperature connectors, Electrical connectors, Flame resistance connectors etc.

Grades: Spectrathane X85E- FR Spectrathane X90E- FR

Spectrathane X85Z

High Flexibility & Durability

The X Series E-beam Curable TPU is renowned for its exceptional flexibility, displaying an elongation at break of over 500%. Its robust mechanical properties ensure durability in demanding environments, making it ideal for products requiring both elasticity and resilience.

Advanced E-beam Curable Technology

Specially formulated for e-beam curing, this TPU crosslinks efficiently at doses between 30 and 80 kGy. E-beam curing enhances chemical resistance and mechanical strength, delivering reliable performance in high-value sectors such as medical devices and flexible electronics.

Versatile Processing Methods

The material supports multiple industrial processing techniques including extrusion, injection molding, and film casting. Its customizable thicknesses offer manufacturers design flexibility for diverse applications, from specialty coatings to precision-molded components.

Certified for Safety & Compliance

Complying with RoHS and REACH standards, this TPU is produced with attention to safety and environmental responsibility. It is odorless, presents a glass transition temperature from -35C to -20C, and arrives in original sealed packaging to maintain product integrity.

FAQ's of E-beam Curable TPU (X Series):

Q: How is E-beam Curable TPU (X Series) processed for industrial applications?

A: E-beam Curable TPU (X Series) can be processed using extrusion, injection molding, or film casting depending on the desired shape and application. These methods allow for customization in thickness and design features to meet specific requirements.

Q: What benefits does e-beam curing offer for TPU materials?

A: E-beam curing crosslinks the TPU, significantly improving its chemical resistance, mechanical strength, and long-term durability. This process enables the material to perform reliably in flexible electronics, medical devices, and advanced coatings.

Q: When should the TPU pellets be cured during manufacturing?

A: Curing with e-beam irradiation is typically conducted after the TPU has been formed into its final shape via extrusion, molding, or casting. This ensures optimal crosslinking and material properties, with the recommended dose range being 30-80 kGy.

Q: Where should E-beam Curable TPU pellets be stored to preserve shelf life?

A: The pellets should be kept in a cool, dry place away from direct sunlight and maintained in their original sealed packaging. Proper storage helps retain the material's quality and extends its shelf life up to 12 months.

Q: What applications are most suitable for E-beam Curable TPU X Series?

A: This TPU is designed for high-performance uses such as flexible electronics, medical devices, specialized coatings, and adhesives that demand both flexibility and robust curable functionality.

Q: How does compliance with RoHS and REACH affect product usage?

A: RoHS and REACH certification ensures the material is safe for global markets, free from restricted hazardous substances, and compliant with regulatory standards, making it viable for environmentally conscious and safety-focused industries.

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