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PBT UF NAT - EP1100 Polymer Granules

PBT UF NAT - EP1100 Polymer Granules Specification

Material
PBT UF NAT - EP1100 Polymer

Usage & Applications
Injection molding, Automotive parts, Electrical components, Industrial applications

Packaging Type
Bag

Hardness
D85 (Shore D)

Form
Granules

Type
Engineering Thermoplastic

Material Feature
High strength, UV resistance, Chemical resistance, Dimensional stability

Density
1.30 Gram per cubic centimeter(g/cm3)

Grade
EP1100

Tensile Strength
60 MPa

Melting Point
225C

Weight
25 kg bag (standard packaging)

Color
Natural

Processing Temperature
240-260C

Moisture Content
0.02% (as supplied)

Mold Shrinkage
0.5-1.5%

Elongation at Break
7%

Impact Strength
Notched Izod 6 kJ/m

Surface Finish
Smooth, Glossy

Water Absorption
<0.2% (24 hrs, 23C)

Heat Deflection Temperature
>180C (at 1.8 MPa)

Flame Retardancy
Non-flame retardant

Recyclability
Yes

Filler Content
Unfilled

PBT UF NAT - EP1100 Polymer Granules Trade Information

Minimum Order Quantity
25 Kilograms

Supply Ability
500 Kilograms Per Week

Delivery Time
5-7 Days

About PBT UF NAT - EP1100 Polymer Granules

Unlock splendid value with PBT UF NAT - EP1100 Polymer Granules, available at an unbeatable price for a limited time. This venerable engineering thermoplastic boasts rarefied performance, offering high strength (60 MPa), excellent UV and chemical resistance, dimensional stability, and minimal water absorption (<0.2%). Designed for versatile applications-injection molding, automotive components, electrical parts, and industrial uses-it ensures a smooth, glossy finish with superior processing (240-260C) and recyclability. Secure a 25 kg bag today-ideal for professionals seeking reliable materials at exceptional value.

Superior Performance for Demanding Applications

PBT UF NAT - EP1100 Polymer Granules stand out with primary competitive advantages such as outstanding strength, dimensional stability, and a flaw-free, glossy surface finish. These granules are perfectly suited for high-precision applications like automotive parts, electrical housings, and various industrial components. Their application media include both dry and humid environments, thanks to their low moisture absorption and impressive heat tolerance, ensuring longevity and reliability in diverse settings.

Serving India-Trusted Distribution and Certification

Available across the main domestic market of India, EP1100 Polymer Granules offer secure shipping at the lowest possible outlay. Backed by necessary certifications and quality assurances, customers can request samples to evaluate fit for their needs. Our streamlined distribution channels ensure efficient delivery, making it easy for manufacturers, suppliers, and traders to access this product with confidence and minimal hassle.

FAQ's of PBT UF NAT - EP1100 Polymer Granules:

Q: How should PBT UF NAT - EP1100 Polymer Granules be processed for optimal results?

A: For optimal processing, use injection molding equipment set at a temperature range of 240-260C. Ensure the mold shrinkage allowance is between 0.5-1.5% and maintain low moisture content before use for best results.

Q: What applications are best suited for these polymer granules?

A: These granules are ideal for injection-molded automotive parts, electrical components, and industrial applications where high strength, surface gloss, and dimensional stability are crucial.

Q: When can I expect to receive my order of EP1100 Granules in India?

A: With secure shipping and efficient logistics, most orders are dispatched promptly. Delivery timelines may vary by location, but our team ensures the shortest possible wait for all Indian customers.

Q: Where can I request a sample of PBT UF NAT - EP1100?

A: Samples can be requested directly through our distribution network or customer support team, allowing you to evaluate material suitability before committing to larger quantities.

Q: What are the main benefits of using this particular polymer grade?

A: The primary benefits include exceptional mechanical strength, UV and chemical resistance, stable dimensions, excellent surface finish, and recyclability, making it a superior choice for demanding engineering applications.