Clr Projector Screen Fabric: Types, Structure, and How to Optimize Performance in Industry

Types of CLR Projector Screen Fabric

A CLR (Ceiling Light Rejecting) projector screen fabric is engineered to deliver high-quality image projection in environments with overhead lighting or ambient light. These screens use advanced optical coatings and layered materials to reflect projected light while rejecting unwanted ambient light—especially from ceiling fixtures. Choosing the right fabric is essential for achieving optimal brightness, contrast, and color accuracy in both home and commercial settings.

Ambient Light Rejecting (ALR)

Designed with multi-layer optical technology to reject off-axis light while reflecting on-axis projector light.

Advantages

• Superior performance in bright rooms
• Enhances contrast and black levels
• Ideal for 4K and HDR content
• Minimizes glare and washout

Limitations

• Narrower viewing angles
• Higher cost than standard screens
• Sensitive to projector alignment

Best for: Living rooms, media rooms, and urban installations with ambient light

Matte White

Classic screen material offering neutral color balance and wide diffusion of light.

Advantages

• Excellent color accuracy
• Wide viewing angles (up to 160°)
• Compatible with all projector types
• Affordable and widely available

Limitations

• Poor ambient light rejection
• Image washout in bright environments
• Lower contrast in lit rooms

Best for: Dedicated home theaters, classrooms, and controlled lighting environments

High Gain

Features a reflective coating that amplifies brightness by focusing light back toward the audience.

Advantages

• Boosts image brightness significantly
• Enables use of low-lumen projectors
• Effective in large venues with ambient light
• Good for long-throw setups

Limitations

• Narrow sweet spot (limited optimal viewing area)
• Can create hotspots
• May distort colors at angles

Best for: Conference halls, auditoriums, and spaces with weak projectors or high ambient light

Black-Backed Material

Incorporates a black rear layer to block light penetration and improve contrast.

Advantages

• Prevents light bleed-through
• Enhances color depth and image clarity
• Improves contrast in bright settings
• Durable and ideal for dual-sided use

Limitations

• Heavier than standard fabrics
• Slightly reduced brightness
• Primarily used in commercial installations

Best for: Corporate boardrooms, retail displays, and outdoor projection setups

Silver Star

Features a micro-textured silver coating that enhances reflectivity and contrast for vivid images.

Advantages

• Exceptional brightness and contrast
• Effective ambient light management
• Supports 3D and high-resolution content
• Durable and resistant to degradation

Limitations

• Potential for specular glare
• Higher cost
• May require precise projector alignment

Best for: Commercial cinemas, digital signage, and high-end home theaters

Type	Light Rejection	Brightness	Viewing Angle	Best Application
Ambient Light Rejecting (ALR)	Excellent	High	Medium (90°-120°)	Living rooms, bright media spaces
Matte White	Fair	Medium	Wide (140°-160°)	Home theaters, classrooms
High Gain	Poor	Very High	Narrow (60°-90°)	Auditoriums, conference rooms
Black-Backed	Very Good	Medium	Wide	Corporate, retail, outdoor
Silver Star	Excellent	Very High	Medium	Commercial, high-end home use

Expert Tip: For optimal performance with ALR and Silver Star screens, ensure your projector is ceiling-mounted and aligned precisely with the screen’s optical axis to maximize light reflection and minimize hotspots.

Characteristics of CLR Projector Screen Fabric

Circuit Length Reduction (CLR) projector screens represent a specialized class of projection surfaces engineered to optimize image quality in challenging lighting conditions. Unlike traditional matte white screens, CLR technology uses advanced optical materials to selectively reflect projected light while rejecting ambient illumination. This makes them ideal for environments where complete light control is not possible. Below is a comprehensive breakdown of the key characteristics that define CLR screen performance and usability.

Core Features of CLR Projector Screen Fabric

Ambient Light Rejection

One of the most significant advantages of CLR screens is their ability to reject off-axis ambient light. These screens utilize a multi-layered optical coating that reflects light from the projector—typically installed at a low angle (often from below the screen)—directly toward viewers, while absorbing or diffusing light coming from windows, ceiling fixtures, or other overhead sources.

This selective reflectivity dramatically improves contrast ratios and black levels, even in brightly lit conference rooms, classrooms, or living spaces with natural daylight. As a result, images appear sharper, colors remain vibrant, and details are preserved without requiring a completely darkened environment—making CLR screens a top choice for daytime presentations and hybrid workspaces.

Surface Texture and Optical Structure

The surface of a CLR screen is not smooth but features a precisely engineered micro-ridged or lenticular texture. This microscopic structure acts as a directional filter, channeling light from the projector into a narrow vertical viewing cone (typically 10°–15° above horizontal), while scattering ambient light away from the viewer's line of sight.

This design enhances contrast by minimizing glare and reducing light pollution from the surroundings. The texture also contributes to improved color fidelity and reduced hot-spotting, ensuring uniform brightness across the screen. However, optimal performance depends on precise projector alignment to match the screen’s reflective profile.

Compatibility with Projector Types

CLR screens are compatible with a wide range of projector technologies, including both LCD (Liquid Crystal Display) and DLP (Digital Light Processing) models. They perform exceptionally well with short-throw and ultra-short-throw projectors, which are commonly used in home theaters and interactive learning environments.

These screens are designed to accommodate various brightness outputs and resolutions—from 1080p to 4K—ensuring crisp, high-definition images. It's important to note that projector placement must align with the screen’s optical axis (usually from below) to achieve the full benefits of light rejection. Mismatched setup can lead to dim or uneven images.

Dual or Multi-Aspect Ratio Support

Many modern CLR screens are built with flexible aspect ratio capabilities, allowing users to switch between common formats such as 16:9 (widescreen HD), 4:3 (standard for presentations), and even 21:9 (cinematic ultra-wide). This adaptability is achieved through motorized masking systems or multi-zone screen materials.

This feature enhances versatility in multi-purpose rooms—such as corporate boardrooms, educational facilities, or media rooms—where content varies from PowerPoint slides and video conferencing to movies and gaming. It eliminates the need for multiple screens and provides a seamless transition between different media types.

Durability and Installation

CLR screen fabrics are constructed using high-quality, wrinkle-resistant materials that maintain flatness and optical consistency over time. The fabric is typically mounted in a rigid frame or tensioned housing to prevent sagging, curling, or distortion, which could degrade image quality.

Installation is generally straightforward, with options for wall mounting, ceiling mounting, or fixed-frame setups. Many models support tool-free assembly and disassembly, making them ideal for both permanent installations and portable applications. Additionally, the surface is often treated with anti-static and dust-repellent coatings to simplify maintenance and prolong lifespan.

Feature	Benefit	Best Use Case
Ambient Light Rejection	Improved contrast and color accuracy in lit environments	Daytime presentations, living rooms, classrooms
Micro-Textured Surface	Directional reflectivity and reduced glare	Short-throw projector setups, interactive displays
Projector Compatibility	Works with LCD, DLP, and LCoS projectors	Home theaters, conference rooms, training centers
Multi-Aspect Ratio	Flexible format switching without screen changes	Hybrid workspaces, media rooms, educational venues
Rigid Frame & Easy Mounting	Stable, distortion-free image with quick setup	Permanent installations, rental AV systems

Practical Considerations and Best Practices

Projector Alignment: Ensure the projector is mounted at the correct angle (usually 10°–15° below the screen center) to match the CLR fabric’s reflective properties. Misalignment can result in dim or washed-out images.

Avoid Overhead Lighting: While CLR screens reject ambient light, direct overhead or front-facing lights should still be minimized or redirected to maximize contrast.

Screen Cleaning: Use a soft, dry microfiber cloth for cleaning. Avoid liquid cleaners unless specified by the manufacturer, as they may damage the optical coating.

Viewing Angle: CLR screens have a narrower vertical viewing sweet spot. Arrange seating to stay within the optimal viewing cone for best results.

Room Design Integration: Consider screen size and placement during room planning to ensure proper sightlines and projector clearance.

Important: CLR screens are not universally compatible with all projector types and placements. Always verify compatibility between your projector’s throw angle, brightness (measured in lumens), and the screen’s specifications before purchase. Incorrect pairing can lead to subpar image quality. Additionally, while CLR fabrics are durable, they are sensitive to physical abrasion and should be handled carefully during installation and cleaning.

Uses of CLR Projector Screen Fabric

CLR (Ceiling Light Rejecting) projector screen fabric is an advanced optical material engineered to deliver high-performance projection in environments with significant ambient light. Unlike traditional projection surfaces, CLR fabric uses micro-layered optical technology to reflect projected light back toward viewers while rejecting overhead and surrounding light—making it ideal for spaces where lighting cannot be fully controlled. Its versatility has led to widespread adoption across residential, commercial, educational, and public settings.

Home Theaters

CLR projector screens are a top choice for home theater installations, especially in living rooms or multi-purpose spaces where ambient light is unavoidable. Their light-rejecting properties ensure deep black levels, high contrast, and vibrant color reproduction—critical for an immersive cinematic experience.

• Delivers cinema-quality visuals even with room lights on or near windows
• Ideal for gaming setups requiring fast response times and dynamic visuals
• Enables larger screen sizes than TVs at competitive price points
• Reduces eye strain during extended viewing sessions due to balanced brightness

Pro tip: Pair with short-throw projectors for optimal performance and space efficiency.

Commercial Settings

In corporate and commercial environments such as boardrooms, conference centers, and training facilities, visibility and professionalism are paramount. CLR screens ensure that presentations, data visualizations, and video content remain sharp and legible regardless of room lighting.

• Enhances readability of detailed charts, spreadsheets, and technical diagrams
• Supports hybrid meetings by improving video feed clarity for remote participants
• Maintains image integrity in large auditoriums with overhead lighting
• Reduces the need for costly room darkening solutions

Key benefit: Increases audience engagement by ensuring every attendee sees crisp, consistent visuals.

Educational Institutions

Schools, colleges, and training centers use CLR projector screens to create dynamic, interactive learning environments. These screens allow educators to display multimedia content clearly, even in naturally lit classrooms or lecture halls.

• Improves student focus and comprehension with high-contrast visuals
• Supports digital learning tools like virtual labs, educational videos, and online collaboration platforms
• Enables daylight-friendly classrooms without sacrificing image quality
• Durable surface resists scratches and cleaning damage from frequent use

Impact: Facilitates inclusive learning by making content accessible to students seated at various angles and distances.

Corporate Offices

Modern offices increasingly rely on visual collaboration tools, and CLR screens enhance video conferencing, digital whiteboarding, and real-time data sharing. They are especially valuable in open-plan offices and bright meeting spaces.

• Boosts clarity during hybrid and remote team meetings
• Improves visibility of shared documents, dashboards, and design mockups
• Integrates seamlessly with smart office ecosystems and wireless presentation systems
• Reduces glare issues common with large glass displays under office lighting

Efficiency gain: Minimizes interruptions caused by adjusting lights or blinds during meetings.

Public Venues

Bars, restaurants, sports lounges, event halls, and retail spaces use CLR projector screens to display live sports, entertainment, advertisements, and promotional content. These environments often have high ambient light and diverse viewing angles—conditions where CLR excels.

• Ensures bright, clear images during daytime events or in well-lit dining areas
• Engages customers with dynamic visuals that stand out without being washed out
• Ideal for pop-up events and temporary installations due to easy setup
• Cost-effective alternative to large-format LED walls for mid-sized venues

Customer experience: Enhances atmosphere and retention by delivering reliable, high-impact visuals in challenging lighting.

Specialty Applications

Beyond mainstream uses, CLR fabric is finding innovative applications in immersive experiences, simulation environments, and digital signage where image fidelity under ambient light is critical.

• Used in museums and exhibits for interactive storytelling displays
• Applied in flight simulators and training simulators requiring realistic visuals
• Integrated into themed entertainment and escape rooms for dynamic effects
• Adopted in retail for window displays and product showcases visible from outside

Innovation driver: Enables creative freedom in designing visually compelling experiences without lighting constraints.

Professional Insight: When recommending CLR projector screen fabric, always consider the projector type (especially short-throw vs. standard), viewing distance, and primary use case. Proper installation alignment is crucial—CLR screens perform best when the projector is mounted low and angled upward to match the fabric’s optical filter layer. This ensures maximum light rejection and optimal brightness distribution.

Application	Key Requirement	CLR Benefit	Recommended Setup
Home Theater	High contrast in lit rooms	Superior black levels and color saturation	Short-throw projector, wall-mounted screen
Conference Room	Clear presentation visibility	Glare-free viewing under office lights	Fixed frame, ceiling-mounted projector
Classroom	Daylight-readable content	Consistent image quality all day	Motorized screen, front short-throw
Restaurant/Bar	Vibrant visuals during daytime	Bright, engaging images without washout	Stretched frame, shielded installation
Digital Signage	Attention-grabbing displays	High luminance and durability	Custom cut, edge-lit or rear projection

Additional Considerations

• Installation Angle: CLR fabric must be installed level and aligned with the projector’s throw angle to maintain optimal performance.
• Surface Maintenance: Clean with a soft, dry microfiber cloth; avoid abrasive cleaners that can damage the optical coating.
• Viewing Cone: Provides wide horizontal viewing but best vertical performance within ±15 degrees of center.
• Acoustic Transparency: Some CLR fabrics are designed to be acoustically transparent, allowing speakers to be placed behind the screen.
• Customization: Available in various sizes, aspect ratios (16:9, 2.35:1), and frame options (fixed, motorized, portable).

How To Choose CLR Projector Screen Fabric

Selecting the right CLR (Ceiling Light Rejecting) projector screen fabric is essential for delivering high-quality image performance in modern home theaters, conference rooms, and commercial installations. Unlike standard projection surfaces, CLR screens are engineered to reject ambient light—especially ceiling-mounted lighting—while enhancing contrast and color accuracy. This comprehensive guide outlines the key factors buyers should consider when choosing projector screen fabric for sale, helping ensure optimal performance across diverse environments and applications.

Important Note: CLR screens are specifically designed to work with ultra-short throw (UST) projectors. Using a standard long-throw projector with a CLR screen may result in poor image quality due to mismatched light angles and polarization requirements.

Key Factors in Choosing CLR Projector Screen Fabric

1. Screen Size and Resolution Compatibility

   Choosing the correct screen size is critical for viewer comfort and image clarity. The ideal screen dimensions depend on room size, seating distance, and intended use:

   • Home Theaters: For small to medium rooms (10–20 ft viewing distance), screens between 100" and 120" diagonal are typically ideal. Larger rooms may benefit from 130" or more.
   • Conference Rooms: In professional settings, larger screens (150"+) ensure visibility for all participants, especially in long boardrooms.
   • Resolution Match: Ensure the screen fabric supports your projector’s native resolution (e.g., 4K UHD, 1080p). High-resolution projectors require optically precise fabrics to prevent pixel distortion or blurring.
   • Aspect Ratio: Most CLR screens support 16:9, but verify compatibility if using 2.35:1 cinematic formats.
2. Gain and Ambient Light Rejection (ALR) Performance

   Gain measures how much light the screen reflects compared to a standard white board (1.0 gain). For CLR screens, this is closely tied to ambient light rejection:

   • Low Gain (0.8–1.2): Offers wide viewing angles and excellent color neutrality. Best for moderately lit rooms where balanced brightness and consistency are priorities.
   • High Gain (1.5–2.2): Increases perceived brightness, making it ideal for UST projectors with lower lumen output. However, viewing angles may be narrower.
   • CLR-Specific ALR Technology: These screens use micro-layered optical coatings to reflect projector light while absorbing overhead ambient light. Look for screens with >85% ceiling light rejection efficiency.
   • Contrast Enhancement: Premium CLR fabrics boost black levels and contrast ratios by minimizing light scatter, resulting in deeper blacks and vibrant colors even in lit environments.
3. Surface Texture and Material Composition

   The texture of the screen fabric significantly affects image quality, durability, and installation flexibility:

   • Matte White: Provides neutral color reproduction and wide viewing angles but lacks ALR capabilities—avoid for CLR applications.
   • Woven Textures: Offer durability and subtle diffusion, reducing hotspots. Common in tensioned fixed-frame screens.
   • Optical Gray (CLR Standard): The most common base for CLR fabrics. Its dark gray substrate improves contrast by absorbing ambient light while reflecting projected images efficiently.
   • Multi-Layer Nano-Coated Surfaces: Advanced CLR screens use proprietary nano-coatings to direct light toward viewers and reject off-axis illumination. These are optimal for bright rooms.
   • Flexibility: Some CLR fabrics are designed for roll-up electric screens, while others are rigid for fixed-frame installations. Confirm compatibility with your mounting system.
4. Environmental and Installation Conditions

   Environmental factors can impact screen longevity and performance:

   • Humidity & Temperature: In high-moisture areas (e.g., basements), choose vinyl-backed or moisture-resistant fabrics to prevent warping, mold, or delamination.
   • Direct Sunlight: While CLR screens reject ceiling light, direct sunlight from windows can still degrade image quality. Pair with blackout curtains or daylight-blocking window film for best results.
   • Airflow & Dust: Avoid placing screens near HVAC vents that could cause fluttering or dust accumulation. Regular cleaning with a soft, dry microfiber cloth is recommended.
   • Mounting Stability: For large screens, ensure solid wall or ceiling support. Vibrations or movement can disrupt the precise optical alignment required for CLR performance.
5. Frameless vs. Framed Screen Options

   The choice between framed and frameless designs affects aesthetics, image quality, and portability:

   • Framed Screens (Fixed Frame):
     • Provide a perfectly flat, taut surface—ideal for maximizing CLR optical precision.
     • Eliminate edge curling and wrinkles that can distort the image.
     • Suitable for permanent installations in living rooms, media rooms, or corporate boardrooms.
     • Available with bezels that reduce edge glare and improve perceived contrast.
   • Frameless Screens (Electric/Roll-Up):
     • Designed for motorized or manual drop-down systems, offering space-saving convenience.
     • Often used in multi-purpose rooms where the screen must be hidden when not in use.
     • May experience slight curvature at the edges, which can slightly reduce ALR effectiveness.
     • Ideal for renters or mobile setups, but ensure the fabric is compatible with rolling mechanisms.

Selection Factor	Ideal For	Avoid In	Recommended Use Cases
High-Gain CLR Fabric (1.8–2.2)	Low-lumen UST projectors, bright rooms	Dark home theaters, wide audience seating	Living rooms with ceiling lights, daytime presentations
Standard CLR (1.0–1.5 gain)	Balanced brightness and viewing angles	Extremely dark or fully dark rooms	Media rooms, hybrid workspaces, 4K UHD setups
Fabric with Vinyl Backing	Basements, humid climates	Dry, temperature-stable environments	Home installations in damp areas
Fixed Frame with Bezel	Premium image quality, permanent installs	Rental units, temporary setups	Dedicated home theaters, executive offices
Electric Roll-Up CLR Screen	Multi-use rooms, space-constrained areas	High-vibration environments	Classrooms, conference centers, apartments

Expert Tip: When installing a CLR screen, always follow the manufacturer’s orientation guidelines. These screens are directional—installing them upside down or reversed will severely degrade ambient light rejection and image brightness. Look for alignment markers or labels on the fabric.

Additional Selection Tips for Retailers and Integrators

• Offer sample swatches to customers so they can evaluate texture, color neutrality, and gain in real-world lighting conditions.
• Train sales staff on the differences between ALR, CLR, and standard white screens to guide customers effectively.
• Bundle CLR screens with compatible ultra-short throw projectors for a complete, optimized solution.
• Check warranty terms—premium CLR fabrics often come with 3–5 year anti-wrinkle and anti-degradation guarantees.
• Consider screen maintenance: most CLR surfaces are not washable; recommend dry, lint-free cloths only.

Choosing the right CLR projector screen fabric involves balancing technical performance, environmental conditions, and user needs. By understanding gain, texture, ALR capabilities, and installation options, buyers can select a screen that maximizes image quality and longevity. Always verify compatibility with the projector type and room layout to ensure a stunning, theater-grade viewing experience—even in well-lit environments.

Frequently Asked Questions About CLR Projector Screen Materials

Q1: Which factors do buyers consider when choosing CLR screen materials for projectors?

When selecting CLR (Ceiling Light Rejection) projector screen materials, buyers evaluate several key performance and compatibility factors to ensure optimal viewing quality and seamless integration with their setup. The most important considerations include:

• Screen Gain: This measures the screen’s ability to reflect projected light back toward the audience. Higher gain (typically between 1.0 and 1.5 for CLR screens) enhances brightness and image clarity, especially in rooms with ambient lighting.
• Surface Texture and Material Composition: The micro-layered or angular surface of CLR materials is engineered to reflect light from the projector (positioned below the screen) while rejecting overhead and side ambient light. The texture affects color accuracy, contrast, and viewing angles.
• Screen Size vs. Room Dimensions: Buyers must match the screen size to both the projector’s throw ratio and the viewing distance. A screen that’s too large for the room can cause eye strain, while one that’s too small may reduce visibility.
• Installation Requirements: CLR screens often require precise alignment with short-throw or ultra-short-throw projectors. Mounting stability, frame rigidity, and wall surface condition are critical for long-term performance.

By balancing these factors, users can achieve a high-contrast, vibrant image even in non-dedicated home theater environments.

Q2: Can users in bright rooms use CLR screen materials?

Yes, CLR (Ceiling Light Rejection) screen materials are specifically designed for use in bright or well-lit environments, making them ideal for living rooms, classrooms, offices, and other spaces where ambient light cannot be fully controlled.

These screens utilize advanced optical coatings and directional reflectivity to:

• Reject overhead and ambient light coming from windows, ceiling lights, or lamps.
• Precisely reflect the projector’s image, which is typically placed at the bottom front of the screen (short-throw position).
• Maintain high contrast ratios and deep black levels, even during daytime viewing.

Compared to traditional matte white screens, CLR materials significantly reduce glare and washout, delivering a sharper, more vivid picture. However, for best results, avoid direct sunlight hitting the screen surface and ensure the projector is properly aligned with the screen’s reflective zone.

Q3: Do CLR screen materials produce good results in 4K resolutions?

Yes, modern CLR screen materials are fully compatible with 4K and even 8K ultra-high-definition projectors, delivering excellent resolution retention and image fidelity.

Key features that support high-resolution performance include:

• Optically Smooth Surface: High-quality CLR screens use precision-engineered layers that minimize pixel diffusion, preserving fine details and text clarity.
• Enhanced Color Accuracy: Advanced materials maintain color neutrality and wide color gamut reproduction, essential for 4K HDR content.
• Anti-Glare and Anti-Reflective Coatings: These reduce hotspots and light scatter, ensuring uniform brightness across the screen.
• Compatibility with High-Brightness Projectors: CLR screens are optimized for use with high-lumen short-throw models commonly used with 4K projectors.

Leading manufacturers often incorporate nano-coatings or multi-layered composites to further enhance clarity, making CLR screens a top choice for immersive 4K home theaters and professional AV installations.

Q4: Which local environmental conditions should buyers consider when purchasing CLR screen materials?

Environmental factors play a significant role in the longevity and performance of CLR screen materials, especially in non-climate-controlled spaces. Buyers should assess the following conditions:

• Humidity Levels: Excessive moisture can cause fabric-based screens to stretch, sag, or develop mold. In high-humidity areas (e.g., coastal regions or basements), users should opt for moisture-resistant or tensioned composite screens.
• Temperature Fluctuations: Repeated expansion and contraction due to temperature changes can warp rigid screens or degrade adhesives in layered materials.
• Wind or Airflow: In semi-outdoor or poorly insulated rooms, drafts can cause lightweight screen surfaces to vibrate or ripple, affecting image stability. Tensioned or fixed-frame screens are recommended in such cases.
• Dust and Particulates: Environments with high dust levels may require screens with easy-to-clean surfaces or protective coatings to maintain optical performance.

For challenging environments, manufacturers offer reinforced, printed, or acrylic-based CLR materials that provide greater durability and dimensional stability compared to standard fabric alternatives.

Q5: Do businesses use custom CLR screen materials?

Yes, businesses widely adopt custom CLR projector screen materials for corporate, educational, and commercial applications where image clarity and visibility are critical—especially in spaces with ambient lighting.

Common business uses include:

• Conference Rooms: Custom-sized CLR screens ensure presentations remain sharp and readable, even with overhead lighting or windows.
• Training Centers and Lecture Halls: Large-format CLR screens support clear visibility for audiences, enhancing engagement and information retention.
• Retail and Digital Signage: Brands use curved or uniquely shaped CLR screens for eye-catching displays in bright storefronts or lobbies.
• Control Rooms and Command Centers: High-contrast CLR screens improve data readability in 24/7 operational environments.

Businesses often request customizations such as:

• Specific aspect ratios (e.g., 16:9, 21:9, or 4:3) to match content formats.
• Custom frame designs (black, white, or branded colors) to blend with interior décor.
• Bespoke dimensions to fit architectural constraints or maximize wall space.
• Motorized or retractable options for multi-functional rooms.

With tailored solutions and superior light rejection, CLR screens have become a preferred choice for professional AV setups demanding reliability, clarity, and aesthetic integration.