PC (Polycarbonate)

Semi-Finished Engineering Plastics

PC (Polycarbonate)

A high-performance transparent plastic that stands out with its extraordinary impact resistance, high optical clarity, and wide operating temperature range.

Get a Quote Technical Data Sheet (TDS)

Product Description

PC (Polycarbonate)is a high-performance engineering plastic that stands out with its extraordinary impact resistance, high optical clarity, and wide operating temperature range. Besides being approximately 50% lighter than glass, it shows much higher resistance to impact. Thanks to these features, it is widely preferred in safety, machine protection, and transparent structural elements.

Polycarbonate is a reliable solution in many industrial and architectural applications thanks to its high mechanical strength, easy processability, and long-lasting performance.

Material Structure and Technical Properties

Polycarbonate is a thermoplastic material combining high impact resistance and toughness properties with optical clarity. It largely preserves its mechanical properties even over a wide temperature range.

Technical Features and Advantages

Extraordinary Impact Resistance

Shows superior resistance against breakage, ideal for safety applications.

High Optical Clarity

Offers clear vision and high light transmittance.

Structure Lighter Than Glass

Provides convenience with its structure that is approximately 50% lighter than glass.

Wide Temperature Range

Maintains its form and strength even under challenging temperature conditions.

Easy Processability

Highly suitable for machining and shaping with CNC.

UV Protected Options

Offers compatible alternatives against outdoor conditions and sunlight.

Technical Performance and Application Behavior

PC (Polycarbonate) is one of the most reliable alternatives in applications where there is a risk of glass breakage, thanks to its high impact resistance, optical clarity, and lightweight structure. It offers long-lasting performance in machine safety cabins, protective screens, and transparent industrial applications.

Application Areas

Polycarbonate (PC) is used in many sectors where impact resistance and optical clarity are important.

✓ Machine safety cabins: Protective guards and safety barriers.

✓ Automotive industry: Transparent structural elements and protective parts.

✓ Safety glasses: Impact-resistant transparent panels and visors.

✓ Architectural applications: Roof skylights and transparent structural elements.

✓ Advertising and signage: Outdoor transparent display and panel applications.

✓ Medical and lighting: Device covers and lighting fixtures.

PC and PMMA (Acrylic) Comparison

Performance comparison of Polycarbonate (PC) and PMMA (Acrylic) materials:

Feature	PC (Polycarbonate)	PMMA (Acrylic / Plexiglass)
Definition / Focus	High Impact / Safety	High Optics / Gloss
Mechanical Strength	Very Good	Good
Impact Resistance	Very Good	Medium
Hardness / Scratch Resistance	Good	Very Good
Optical Clarity	Good	Very Good
Chemical Resistance	Medium	Good
Thermoformability	Very Good	Very Good

Product Forms and Standard Sizes

Polycarbonate materials are offered in the following semi-finished forms suitable for different applications:

Rod

Suitable for special mechanical and transparent part production.

Wide Diameter Options | Standard Length

Sheet

Ideal for machine protection covers and safety glasses.

Different Thickness and Dimension Options

Finished Products

Custom engineering plastic parts machined according to technical drawings.

Custom Size Cutting Support

Quality Note: Production is carried out in compliance with the EN 15860 standard.

Technical Data Sheet (TDS)

You can download the data sheet containing detailed technical parameters, physical, and mechanical values of the product.

Download Technical Data Sheet (PDF)

Frequently Asked Questions (FAQ)

What is PC (Polycarbonate)?

PC (Polycarbonate) is a high-performance engineering plastic that stands out with its extraordinary impact resistance and high optical clarity, making it a strong alternative to glass.

Which sectors is it used in?

It is widely used in machine safety cabins, protective guards, automotive, safety glasses, and transparent industrial panels.

Why should it be chosen?

It is preferred in places where safety and transparency are critical because it is much lighter than glass and has extraordinary resistance against breakage.

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