690/695 Sliding Door System
The new 695 Sliding Door System from CRL features advanced engineering, making the new 695 sliding door the smoothest system available on the market today, requiring minimal force to move expansive glass panes. Suitable for both commercial and residential applications, 690/695 Series sliding doors are the latest advancement in CRL’s expansive line of sliding glass
- Marque
- C.R. Laurence Co., Inc.
Description
The new 695 Sliding Door System from CRL features advanced engineering, making the new 695 sliding door the smoothest system available on the market today, requiring minimal force to move expansive glass panes. Suitable for both commercial and residential applications, 690/695 Series sliding doors are the latest advancement in CRL’s expansive line of sliding glass panel systems. Most notably, the 695 is engineered to reduce the force necessary to slide the panel and deliver silky smooth operation every time. The industry-leading sliding action of the CRL 695 is made possible through CRL’s creation of an advanced soft-brake mechanism that reduces the two-bodied double soft-brake system found in typical sliding glass doors to one component. The re-engineered soft brake is also scaled down to a compact 16-15/16-inch length for more robust performance and increased durability. In addition to nearly effortless performance, the 690/695 Series also features exceptionally quiet operation. Glass panel heights can be adjusted 1/4” in either direction for fast, efficient alignment. No extra piston is required to absorb impact from the sliding panel, resulting in simplified installation and enhanced durability. With ultra-narrow headers that are 2-1/2 inches tall, the amount of visible hardware is greatly reduced, enabling the design of expansive, all-glass interior spans. An optional grid system is also available to create a distinct industrial look. This attractive aluminum grid system can be cut to any length and is adhered horizontally or vertically to the 690 or 695 for greater design flexibility.