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Pu Engineering Parts Specification

Tensile Strength
30-50 MPa

Density
1.25 Gram per cubic centimeter(g/cm3)

Color Pattern
Uniform

Heat Resistance
-30C to 80C

Plastic Type
Thermoplastic Polyurethane

UV Resistant
Yes

Leak Protection
Available

Melting Point
180C to 220C

Surface Finish
Smooth

Type
PU Engineering Parts

Material
Polyurethane (PU)

Shaping Mode
Injection Molding

Length
Customizable

Weight
Variable / As per design

Hardness
70-95 Shore A

Plastic Molding Type
Injection Mould

Color
Yellow

Size
Custom Sizes Available

About Pu Engineering Parts

Polyurethane (PU) Engineering Parts

Polyurethane (PU) engineering parts are integral to industries such as automotive, aerospace, manufacturing, and construction, thanks to their versatility, durability, and exceptional performance characteristics.

Key Features of Polyurethane Engineering Parts

Customizable Formulations
- PU components are crafted from a variety of formulations that can be tailored for:
  - Hardness
  - Flexibility
  - Resilience
- This customization ensures suitability for specific application requirements.
Wide Range of Applications
- Common PU components include:
  - Seals and gaskets
  - Bushings and rollers
  - Bearings and vibration dampers

Advantages of Polyurethane in Engineering

Durability and Resistance
- Abrasion resistance ensures longevity in heavy-duty applications.
- High load-bearing capacity supports demanding environments.
- Resists chemicals, oils, and solvents, making it ideal for industrial use.
Energy Absorption
- PUs shock and vibration damping capabilities enhance equipment performance and reduce wear.
Lightweight Construction
- PU parts are lightweight, contributing to:
  - Reduced equipment weight
  - Improved energy efficiency
Precision Engineering
- The ability to mold PU into complex shapes and sizes allows for precision-engineered parts that balance strength and flexibility.

Enhancing Industry Performance

Polyurethane engineering parts play a critical role in:

Improving performance and reliability.
Extending longevity of equipment and systems.
Supporting a wide range of industries and applications.

PUs unique properties and customizability make it a preferred choice for engineering parts, providing unmatched performance in even the most demanding environments.

Superior Performance in Industrial Machinery

PU Engineering Parts deliver outstanding performance in demanding industrial applications. Their high abrasion resistance and impact strength make them ideal for continual use in machinery, providing long-lasting durability, minimal maintenance, and reduced downtime. They also function effectively as shock and vibration absorbers, enhancing equipment reliability.

Customization for Diverse Applications

We offer custom design options for our PU Engineering Parts, tailoring size, length, color, and even specific physical properties as per client requirements. Whether for hydraulic seals, rollers, or wheels, our parts can be manufactured in a wide variety of shapes to perfectly match your application.

Precision Manufacturing via Injection Molding

Our PU components are produced using advanced injection molding technology, resulting in precise tolerances (0.05 mm), consistent density, and a smooth surface finish. This process ensures uniform quality and optimal performance for each batch, suitable for exporters, manufacturers, suppliers, and wholesalers in India.

FAQ's of Pu Engineering Parts:

Q: How are PU Engineering Parts customized for different industrial applications?

A: We customize PU Engineering Parts in terms of size, length, color, hardness, and design to meet specific client needs. Using injection molding, we can produce bespoke parts for varied applications such as machinery components, hydraulic seals, and rollers.

Q: What benefits do PU Engineering Parts offer over traditional materials?

A: Polyurethane provides excellent compression set, high abrasion and oil resistance, superior flexibility, and resilience, outperforming many traditional materials. These properties make PU parts ideal for harsh industrial environments where durability and reliability matter.

Q: Where are PU Engineering Parts typically used?

A: These parts are extensively employed in industrial machinery, shock and vibration absorbers, hydraulic systems, wheels, rollers, and seals, serving sectors that demand robust and adaptable components able to withstand rigorous conditions.

Q: What is the process for manufacturing PU Engineering Parts?

A: Our PU Engineering Parts are manufactured using high-precision injection molding. This process ensures a uniform surface finish, strict tolerance control (0.05 mm), and the ability to meet customized specifications efficiently.

Q: When should you consider using PU Engineering Parts in your system?

A: If your application demands superior abrasion resistance, impact strength, oil and UV resistance, and precision tolerances, PU Engineering Parts are an excellent choice. They are especially valuable in environments subject to shock, vibration, or fluctuating temperatures.

Q: What usage guidelines should be followed for optimal performance of PU Engineering Parts?

A: For best performance, use these parts within their specified temperature range (-30C to 80C) and avoid exposure to chemicals not compatible with polyurethane. Regular checks for wear and proper installation will maximize their service life.

Q: How do the electrical insulation properties benefit specific applications?

A: The good electrical insulation of PU Engineering Parts makes them suitable for uses where preventing electric leakage is vital, such as in certain hydraulic or machinery settings requiring both mechanical and electrical safety.

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