Polycarbonate Anti-Glare Extruded Lampshade

It is the perfect solution for LED linear lampshades, suitable for various indoor scenes with linear lampshades.

What is a Polycarbonate Anti-Glare Extruded Lampshade?

A Polycarbonate Anti-Glare Extruded Lampshade is a lampshade manufactured from polycarbonate (PC) material. By utilizing specialized surface textures—such as micro-prisms, frosted finishes, or honeycomb structures—it performs secondary diffusion and refraction of light, thereby reducing glare and enhancing lighting comfort.

Compared to standard transparent or frosted lampshades, it effectively controls light angles while maintaining high light transmittance, resulting in softer and more uniform illumination. These lampshades are commonly used in applications such as LED linear lighting, office lighting, and commercial lighting environments.

Key Features:

Anti-Glare: Reduces the Unified Glare Rating (UGR) and minimizes visual fatigue.

High Light Transmittance: Typically achieves a transmittance rate of 80%–90%.

High Impact Resistance: The inherent strength of PC material is significantly greater than that of acrylic.

High Heat Resistance & Flame Retardancy: Suitable for long-term, stable operation in demanding environments.

Uniform Light Distribution: Minimizes hot spots and dark zones.

Product Parameters

Core Features and Advantages

Technology & Materials:

Manufactured using co-extrusion technology; made of Polycarbonate; features the new diffuser design.

Product performance and functionality:

The Polycarbonate Anti-Glare Extruded Lampshade boasts an impressive anti-glare capability of up to 90%, significantly reducing the occurrence of light spots and ensuring a uniform and soft illumination. This feature not only enhances visual comfort but also creates an inviting atmosphere, making it ideal for both indoor and outdoor applications.

Installation and Quality Control:

One of the standout features of our Polycarbonate Anti-Glare Extruded Lampshade is its ease of installation. Designed for convenience, it can be effortlessly integrated into existing lighting fixtures, allowing for a hassle-free upgrade to your lighting system. Our expert team is dedicated to assisting you in finding the ideal lighting solutions tailored to your specific needs, ensuring that you achieve the perfect balance of functionality and aesthetics.

Company Overview

At our core, we leverage six cutting-edge production facilities spanning Huizhou, Jiaxing, Jiangmen, and Ho Chi Minh City—all engineered to deliver an outstanding annual output of 150 million units. Quality is the cornerstone of our operations: we embed strict quality control protocols into every step of the journey, from sourcing premium raw materials and crafting precision molds to the final production process. This uncompromising attention to detail ensures that every Polycarbonate Anti-Glare Extruded Lampshade we create lives up to our highest standards of performance and excellence.

We’ve built a strong global presence, with exports reaching key markets across Europe, the Americas, the Middle East, India, and Southeast Asia—solidifying our reputation as a dependable leader in the lighting industry. Guided by a passion for innovation and a relentless focus on customer satisfaction, we’ve cultivated a loyal community of clients worldwide. As we move forward, we remain dedicated to pushing the boundaries of quality and design, ensuring every product we deliver exceeds expectations.

FAQ

Q1: What is the difference between a Polycarbonate anti-glare diffuser and a standard diffuser?

A: A PC anti-glare diffuser controls light angles through structural design, effectively reducing harsh bright spots; conversely, standard diffusers (such as clear or basic frosted types) primarily rely on simple light diffusion and offer weaker anti-glare performance.

Q2: Does an anti-glare diffuser reduce brightness?

A: There is a slight loss in luminous flux; however, high-quality designs strike a balance between glare control and light transmission, resulting in an overall visual brightness that is actually more comfortable.

Q3: Which material—PC or Acrylic (PMMA)—is better for anti-glare diffusers?

A:PC: Offers high impact resistance and heat resistance, making it more suitable for industrial and commercial environments.

   PMMA: Features higher light transmittance but possesses weaker impact resistance.

   If safety and durability are the primary priorities, PC is the superior choice.

Q4: What is UGR, and why is it important?

A: UGR (Unified Glare Rating) is a metric used to measure the degree of glare; the lower the value, the more comfortable the lighting. The objective of anti-glare diffusers is typically to keep the UGR below 19 (the standard for office lighting).

Q5: Do PC diffusers yellow or degrade over time?

A: High-quality PC materials typically incorporate UV-resistant additives that effectively delay yellowing, ensuring suitability for long-term use.