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High-Density Polyethylene Sheets

High-Density Polyethylene Sheets Specification

Coating
UV Resistant

Compatible Printing
UV, Screen, and Digital Printing

Flexural strength
85 MPa

Shape
Other

Density
1.2 Gram per cubic centimeter(g/cm3)

Thickness
2 mm to 20 mm

Width
4 Feet

Length
8 Feet

Working Temperature
-20C to +80C

Tensile Strength
70 MPa

Size
Standard and Customized Sizes Available

Color
Transparent, White, Blue, Green, Red

Chemical Resistance
Excellent to Most Chemicals

Surface Finish
Glossy / Matte

Water Absorption
<0.1%

Fire Rating
V-2 (UL94)

Impact Resistance
High

Light Transmission
Up to 90% (for transparent variant)

Application
Construction, Signage, Partitions, Glazing

Recyclability
100% Recyclable

About High-Density Polyethylene Sheets

Polypropylene shows a high mechanical strength and a tensile strength, but a low not ched impact strength. PP resists cracking and it is easy to weld. At minus temperature it can become brittle. The chemical and electrical properties are very good. The continuous operating temperatures range between +5 C to +100C

High-Performance Construction Material

Our plastic solid sheets are a preferred choice in construction, signage, glazing, and partition applications. Their robust impact resistance and high flexural and tensile strength ensure reliable performance in high-traffic or demanding environments, making them suitable for both interior and exterior use.

Designed for Versatility and Customization

Available in transparent, white, blue, green, and red, and offered in both standard and custom sizes, our sheets adapt to varied project requirements. Surface finish options of glossy or matte facilitate both aesthetic and functional needs, while UV-resistant coating enhances longevity in outdoor settings.

Eco-Friendly and Print-Compatible Options

These sheets are 100% recyclable, underscoring a commitment to sustainable solutions. Their compatibility with UV, screen, and digital printing methods enables clear messaging and branding, making them ideal for creative signage and promotional displays.

FAQ's of Plastic Solid Sheet:

Q: How can I use plastic solid sheets in construction and architectural projects?

A: Plastic solid sheets are suitable for applications like partitions, wall cladding, glazing, and protective barriers. Their high impact strength, low water absorption, and resistance to most chemicals make them ideal for both indoor and outdoor construction requirements.

Q: What is the benefit of the light transmission feature for these sheets?

A: The transparent variant offers up to 90% light transmission, making it perfect for use in glazing, skylights, and partitions where natural lighting is desirable without compromising on strength or safety.

Q: When should I choose a glossy versus a matte surface finish?

A: Choose a glossy finish for enhanced visual appeal or environments that emphasize brightness and easy cleaning; opt for matte to minimize reflections and glare, making it suitable for signage or areas requiring subdued aesthetics.

Q: Where can I source customized sizes or colored plastic solid sheets?

A: These sheets are available in standard 8 x 4-foot sizes but can also be ordered in custom dimensions and colors like white, blue, green, and red directly from manufacturers or suppliers in India.

Q: What is the recommended process for printing on these sheets?

A: The sheets support UV, screen, and digital printing, allowing direct printing for signage, branding, or decorative designs. Ensure the chosen printing process matches the graphic complexity and intended application.

Q: How does the fire rating of V-2 (UL94) enhance safety in use?

A: A V-2 (UL94) fire rating indicates that the sheet will stop burning within 30 seconds on a vertical specimen; this improves fire safety for projects that have specific regulatory or precautionary requirements.

Q: What makes these sheets environmentally beneficial?

A: Being 100% recyclable, the sheets contribute to sustainability goals by allowing for complete recycling at end-of-life. Their durability also reduces replacement frequency, decreasing long-term material waste.

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