STANDARD 1.0 GAIN SCREEN FOR NATURAL COLOR AND WIDE VIEWING ANGLES
STANDARD 1.0 GAIN SCREEN FOR NATURAL COLOR AND WIDE VIEWING ANGLES
Matte White is Galalite’s standard 1.0 gain cinema screen designed for balanced brightness and wide viewing angles. The surface reflects light evenly in all directions, ensuring uniform image quality throughout the auditorium.
The matte white coating preserves natural color reproduction and accurate contrast, allowing audiences to experience consistent visuals from every seating position.
Matte White screens are widely used in cinema environments because they provide reliable image uniformity and natural color performance for 2D digital projection.
WHAT SETS MATTE WHITE APART
WHAT SETS MATTE WHITE APART

Perforation Options for Acoustic Transparency
Optional perforations allow sound from behind-screen speakers to pass through without affecting image quality.

Durable Screen Material
The screen material is designed for durability and consistent long-term performance.

Crisp Image Clarity
The smooth surface texture supports clear and detailed image reproduction.

Wide Viewing Angles
The unity-gain reflective surface distributes light evenly, providing consistent brightness across the auditorium.
TECHNICAL SPECIFICATIONS – MATTE WHITE
TECHNICAL SPECIFICATIONS – MATTE WHITE
| Product Name | Gain | Half-Gain Angle | Best For |
|---|---|---|---|
| Matte white | 1.0 | 75° | Small to mid-sized 2D auditoriums |
IDEAL APPLICATION
IDEAL APPLICATION

Multiplex Cinema Auditoriums

2D Digital Cinema Projection

Screening Rooms And Preview Theaters

Auditoriums Requiring Wide Viewing Angles
DESIGNED FOR BALANCED CINEMA PROJECTION
DESIGNED FOR BALANCED CINEMA PROJECTION
Matte White screens are commonly used in cinema auditoriums because their 1.0 gain surface distributes light evenly across a wide viewing area, providing consistent image quality regardless of seating position.
The balanced reflectance properties support accurate colors and stable brightness for modern digital cinema projection systems.

