TBSE Dual seal flexible spacer: An Innovative Choice for Insulating Glass Manufacturing
TBSE Dual seal flexible spacer: An Innovative Choice for Insulating Glass Manufacturing
In the field of insulating glass manufacturing, the continuous emergence of new technologies and materials is changing the landscape of the industry. Today, we would like to introduce you to a breakthrough product, TBSE Dual seal flexible spacer of Truspacer, which is gradually replacing the traditional aluminum spacer with its unique characteristics and benefits.
1. Excellent characteristics of continuous flexible warm edges
The continuous flexible warm edge of TBSE Dual seal flexible spacer gives it an advantage in the performance of insulating glass. Compared with traditional aluminum spacers, flexible warm edges can effectively reduce heat transfer, improve the thermal insulation performance of insulating glass, and make an important contribution to building energy saving.
2. Broad applicability
This spacer is suitable for all applications of insulating glass, whether it is the windows of residential buildings or the curtain walls of commercial buildings. Its versatility provides users with great convenience without having to find specific spacer products for different application scenarios.
3. Simplify the production process and improve efficiency
In the traditional process, the manufacture of insulating glass needs to go through complex process steps such as frame making, filling, and coating. The advent of the TBSE double-lane sealing flexible spacer eliminates these cumbersome processes, greatly improves production efficiency and reduces production costs. The back foil film is firmly bonded to the second sealant and forms a reliable structure with the glass.
4. Fine and innovative product structure
Let's take a closer look at the product structure of TBSE Dual seal flexible spacer of Truspacer. It contains two sealants (the customer needs to bring their own), which ensures the reliability of the seal; Aluminum foil material provides a certain strength and stability; Polymer materials increase flexibility and durability; The special inner rubber further enhances the sealing effect; Butyl sealant effectively prevents water vapor penetration; 3A zeolite helps to keep the inside of the insulating glass dry.
For example, in a large-scale commercial building project, the insulating glass of TBSE Dual seal flexible spacer was adopted, which not only improved the overall energy-saving effect of the building, but also shortened the construction period, providing a strong guarantee for the smooth delivery of the project.
In short, the innovative design, excellent performance and efficient production advantages of TBSE Dual seal flexible spacer bring new development opportunities to the insulating glass industry. It is believed that in the future, it will be widely used in more projects to contribute to the energy saving and aesthetics of buildings.
