Acrylic - Polycarbonate Engineering Plastic

Acrylic - Polycarbonate Engineering Plastic Specification

Product Type
Engineering Plastic

Plastic Type
Acrylic - Polycarbonate

Plastic Molding Type
Extruded / Cast / Injection Molded

Thickness
2 mm - 50 mm

Density
1.2 Gram per cubic centimeter(g/cm3)

Strength
High Impact Strength

Shape
Sheet / Rod / Customized

Flame Retardancy
High (Polycarbonate), Moderate (Acrylic)

Water Absorption
Low

Light Transmission
85%92% (Acrylic), 80%89% (Polycarbonate)

Tolerance
0.2 mm

Machinability
Good, suitable for cutting, drilling, and shaping

Color Options
Transparent, Opaque, Customized Colors

Temperature Resistance
Up to 120C (Polycarbonate), Up to 80C (Acrylic)

UV Resistance
Excellent (Polycarbonate), Good (Acrylic)

Applications
Machine Guards, Sign Boards, Automotive Parts, Safety Glazing, Skylights, Electronic Components

Acrylic - Polycarbonate Engineering Plastic Trade Information

Minimum Order Quantity
100 Units

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Acrylic - Polycarbonate Engineering Plastic

SHEETS:

3000 x 620 x 6 -60mm
2000 x 620 x 70 - 100mm

RODS: DIA 6 - 200 x 1000mm

STANDARD COLOURS: Transparent

ADVANTAGES:

Transparent
Extremely high impact
High dimensional stability
High mechanical strength
Good chemical resistance
Good insulating properties
High resistance to radiation
High temperature resistance

APPLICATIONS:

Housings
Coil bodies
Caps and covers
Relay components
All types of lights
For insulating parts
Medical consumer goods

Superior Clarity and Strength

The unique properties of acrylic and polycarbonate make them stand out for their optical clarity and impact resistance. Acrylic sheets provide up to 92% light transmission, while polycarbonate offers up to 89% with heightened toughness. Both materials withstand rigorous environments and resist shattering, ensuring safety and durability in their end-use.

Flexible Design & Machining Options

These plastics can be extruded, cast, or injection molded to achieve various shapes and thicknesses from 2 mm up to 50 mm. Good machinability allows for precise cutting, drilling, and intricate shaping, making customization fast and efficient for specific industrial requirements.

Versatility in Application

Acrylic and polycarbonate plastics serve crucial roles in machine guards, sign boards, skylights, automotive components, and electronic parts. Their properties-such as high impact strength, adjustable opacity, and UV resistance-enable them to meet both safety and aesthetic demands across diverse environments.

FAQ's of Acrylic - Polycarbonate Engineering Plastic:

Q: How can acrylic and polycarbonate plastics be used in safety glazing applications?

A: Due to their high impact strength and the ability to withstand significant force without breaking, both acrylic and polycarbonate are frequently utilized in safety glazing for machinery, vehicles, and building windows, reducing the risk of injury from shattered glass.

Q: What is the main process for manufacturing these plastics into desired shapes?

A: Acrylic and polycarbonate can be extruded, cast, or injection molded into sheets, rods, or custom forms. This versatility in manufacturing process ensures they can be tailored to suit specific dimensions and designs required for various projects.

Q: When is polycarbonate preferred over acrylic in high-temperature environments?

A: Polycarbonate is chosen for settings exposed to elevated temperatures, as it resists heat up to 120C, whereas acrylic can only withstand up to 80C. Its superior flame retardancy and UV resistance also make it ideal for outdoor and demanding applications.

Q: Where are customized colors and opacities particularly advantageous?

A: Tailored colors and opacity levels are especially beneficial for applications such as sign boards, interior design elements, and branded displays, where specific visual aesthetics or privacy considerations are important alongside durability.

Q: How does UV resistance affect the longevity of these plastics outdoors?

A: Excellent UV resistance, especially in polycarbonate, prevents yellowing and material degradation under prolonged sunlight exposure, making these plastics ideal for skylights, outdoor signage, and building facades. Acrylic also offers good UV resistance for general outdoor use.

Q: What benefits do users gain from the good machinability of these materials?

A: Good machinability means the plastics can be easily cut, drilled, and shaped to precise specifications, ensuring a seamless fit, reduced waste, and efficient production for both standard and custom applications.