MATERIAL-BASED MIRROR SOLUTIONS

PC Polycarbonate Mirror

PC mirror have the highest strength, and their polycarbonate substrate combines high impact resistance, heat resistance, and low-temperature toughness. They are also the most expensive of the four materials.

KNOW THE MATERIAL

What is PC Mirror?

PC (polycarbonate) is a transparent engineering thermoplastic used as the substrate for impact-resistant plastic mirrors. PC mirrors are manufactured by applying a thin metallic reflective coating to a polycarbonate sheet, typically followed by a protective backing layer to shield the reflective coating from damage during handling and fabrication.

Among common plastic mirror materials such as PMMA, PS, and PETG, PC stands out for its high impact strength, heat resistance, and toughness. PC material has the highest hardness, and its impact strength, heat resistance, and toughness are all the best among the four materials. It is a commonly used material in outdoor mirror applications.

We produce PC mirrors in large sheet form, with options for thickness, color, and size. We also support custom processing, surface protection, and compliance testing according to project requirements.

Why Consider PC for Mirror Projects?

High Impact Resistance

PC material has relatively high impact strength and can absorb a large amount of impact energy when subjected to sudden impact. Compared with materials such as PMMA and PS, PC has stronger toughness and is more capable of withstanding greater external impact forces.

High Heat Resistance

The heat resistance of PC material is higher than that of conventional PMMA, PS, and PETG. At higher temperatures, PC sheets are less prone to softening, and can maintain good rigidity and dimensional stability, withstanding working environments at higher temperatures.

High Shatter Resistance

Glass mirrors are easily shattered after being subjected to strong impacts, producing sharp fragments. In contrast, PC mirror typically bend or sustain localized damage when impacted, and almost never cause injuries from broken shards.

Flame-Retardant Options

PC materials are available in different flame-retardant grades. By adding specific flame-retardant components, they can self-extinguish after the fire source is removed. Some flame-retardant grade PC materials can achieve a UL 94 V-0 flammability rating at specified thicknesses.

Exploring Mirror Types Suitable for PC

PC mirrors are not limited to traditional flat mirrors; like PMMA materials, they can be applied in almost all areas.

Specify Your Polycarbonate Mirror

Size

Standard sheet sizes or custom dimensions to meet your needs.

Thickness

Multiple thickness options to suit different panel sizes.

Shape

Rectangular, circular, and custom shapes cut to your needs.

Printing

Custom logos, patterns, and graphics printed on mirror sheets.

Drilling

Custom hole sizes and positions for different mounting needs.

Edge Finish

Straight-cut, polished, or rounded edges to your need.

Mirror Type

Standard reflective or two-way, curved for different applications.

Share your drawing and mirror function for a project-specific specification.

FAQ

Q: What information is needed for a PC mirror sheet quotation?

A: Please provide the thickness, sheet size, quantity, color, and any coating or cutting requirements. Include the delivery destination if you need a shipping estimate.

Q: What should I check in a sample before ordering?

A: Check the mirror finish, color, surface quality, and thickness. The sample should match the specifications planned for your bulk order.

Q: What affects the price and MOQ of PC mirror sheets?

A: Price and minimum order quantity depend on the thickness, size, color, coating, and custom processing requirements. These details should be confirmed when requesting a quote.

Q: What affects the lead time for PC mirror sheets?

A: Lead time depends on stock availability, order quantity, and any custom cutting or coating requirements. Confirm the production lead time and shipping time before placing your order.