z1685
supermate rm series

The honeycomb structure in an expansion joint is engineered to optimize load distribution and minimize deflection. Comprising a hexagonal lattice, it efficiently absorbs and redistributes stress, allowing the joint to withstand significant loads without compromising structural integrity. This design enhances flexibility and durability, providing superior performance in handling both thermal expansion and mechanical loads while maintaining minimal deflection. The result is a robust yet adaptable joint that supports maximum load capacity and longevity in various applications.

The cylindrical hinge in an expansion joint enables smooth, multi-directional movement, accommodating axial, lateral, and rotational forces. Its cylindrical design ensures even load distribution and minimal friction, enhancing durability and flexibility. Engineered for high performance, it effectively manages structural stresses while maintaining alignment, making it ideal for handling thermal expansion and seismic activity in various applications.

The anti-slip serrations in the aluminum surface of an expansion joint provide exceptional traction and safety. These precision-engineered grooves create a high-grip texture that prevents slips and skids, even in wet conditions. The serrated design ensures secure footing for pedestrians and vehicles, enhancing the joint’s overall safety and functionality. Engineered for durability and performance, these anti-slip serrations offer a reliable, long-lasting solution for maintaining a safe environment in various applications.

Aluminum grade 6063, the premium material used in the expansion joint cover, offers strength, corrosion resistance, and durability. Available in T5 and T6 tempers or customized to meet project needs, this versatile alloy ensures exceptional structural integrity and longevity. Aluminum 6063 withstands high-traffic areas, extreme temperatures, and corrosive conditions, making it an ideal choice for diverse applications, from commercial facilities to infrastructure projects.

TPE (Thermoplastic Elastomer), the advanced material used in the clip-in water membrane, combines the flexibility of rubber with the strength of thermoplastics. This unique blend enables exceptional waterproofing performance and durability, with resistance to weathering, UV radiation, and chemicals. TPE’s flexibility allows for easy installation and adaptability, while its heat-welding capability ensures watertight seals. Utilizing TPE, the clip-in water membrane offers a reliable solution for preventing water damage in expansion joint systems across diverse applications.

The Z-1685 expansion joint cover is drawn in 50, 75 and 175 mm sizes, each for floor-to-floor (Z-1685) and floor-to-wall (ZK-1685) conditions. Every size can be downloaded as a DWG and a PDF.