Linshia: Stronger Windows, Safer Homes.

GLR-64 Insulated Bi-Fold System

GLR-64 INSULATED BI-FOLD SYSTEM

Precision in Motion. Strength in Every Detail.

TECHNICAL SPECIFICATIONS:

FRAME WIDTH

1 1/8″

FRAME LENGTH

3 3/8″

SASH WIDTH

3″

SASH LENGTH

3″

MAXIMUM SASH CARRYING

264 lbs

THE WEIGHT OF THE SASH IS CARRIED BY THE BEARING CONNECTED TO THE LOWER FRAME

LOWER CARRIER BEARINGS

✓

SLOTTED THRESHOLD ALTERNATIVE

✓

POSSIBILITY TO COLLECT THE SASH AT 45°

✓

POSSIBILITY TO COLLECT THE FRAME AT 90°

✓

HEAT AND SOUND INSULATION

✓

• Lower Carrier Bearing System for Heavy Sashes
The sash weight is directly supported by high-capacity lower carrier bearings connected to the frame, ensuring stable movement and reliable long-term operation.
• Smooth Sliding with Reduced Threshold Stress
By transferring the sash load through the lower bearing system, pressure on the threshold is minimized, improving sliding comfort and enhancing structural durability.
• Slotted Threshold Alternative & Flexible Collection Options
Optional slotted threshold solutions provide a cleaner floor transition, while 45° sash and 90° frame collection possibilities support flexible architectural applications and modern minimalist designs.

Sound Performance

Water Isolation

Maximum Security

Flyscreen Option

GLR-64 Bi-Fold Door System combines modern architectural aesthetics with advanced lower carrier bearing technology, creating flexible and spacious transitions between indoor and outdoor living environments. The system utilizes precision-engineered lower carrier bearings that transfer the sash load directly to the lower frame, providing stable, smooth, and quiet operation while supporting reliable long-term durability. Optional slotted threshold solutions create a cleaner and more minimalist floor transition, improving accessibility while preserving the refined contemporary appearance of the system. 45° sash collection and 90° frame collection possibilities offer flexible opening configurations, supporting modern architectural applications with enhanced functionality and spatial freedom.

Scroll to Top