Bau-Arbeitsstätte
Streifenvorhänge / Streifenvorhangtüren

The Twin Track Sliding System is a highly popular solution for use alongside internal or external rigid doors. Its fast-sliding mechanism allows the curtain to be fully opened when needed, ensuring smooth and unrestricted passage for vehicles and pedestrians without strips dragging during transit.

When closed, the system provides strong protection against temperature loss, noise, dust, and drafts, making it ideal for high-traffic industrial and commercial environments. Designed for durability and ease of use, the Twin Track allows strips to be quickly replaced and overlap to be customized, ensuring both long-term performance and adaptable insulation to meet specific site requirements.

The Hook-on-Track & Plate Set is the world’s most popular mounting system, trusted in warehouses, factories, and food processing sites worldwide. Made from high-quality stainless steel, it delivers durability, rust resistance, and cost-effectiveness in demanding environments.

Easy to install with only basic tools, it supports all strip widths and overlap combinations, providing reliable insulation against noise, dust, airflow, and temperature loss. Its versatility allows strips to be mounted almost anywhere, making it the preferred solution for both interior and exterior strip curtain and door installations.

Quickmount is an exclusive mounting system designed for fast, secure, and economical strip curtain installation. Ready to use in minutes, it requires no tools or professional skills, making it a cost-effective solution for workshops, shops, farms, laboratories, offices, and supermarkets.

Its sturdy design keeps strips firmly in place while reducing downtime and installation effort. For food applications, the Quickmount® MD polymer version is FDA-compliant and ideal for pedestrian and light motorized traffic. For heavier use, the Quickmount® HD aluminum version provides maximum durability under demanding conditions. Together, they offer safe, efficient, and long-lasting performance across diverse environments.