The DISK bearing, developed in the United States over 30 years ago, utilizes polyurethane components that provide exceptional durability, load capacity, and internal stability. Structurally similar to POT bearings, it eliminates issues of rubber plate leakage and deformation through advanced design improvements. Internationally, DISK bearings have been adopted in major bridge and infrastructure projects for their proven performance, reliability, and cost efficiency. Recognized as a high-performance seismic bearing solution, they are increasingly applied in highways, railways, and large-span structures worldwide, demonstrating excellent adaptability under diverse environmental and loading conditions. 

Pot Bearing is one of the best functional bridge bearing most widely used over the world. Pot Bearing is able to accommodate the load, displacement and rotation of superstructure with the function of its components: PTFE, sliding sheet and rubber disk, which is designed to support suitable arrangement of bridge.

The elastomeric bearing applied to conventional concrete bridges is designed to resist seismic loads by generating elastic restoring forces during deformation caused by seismic activity. DRB+ is an advanced bearing system that overcomes the weaknesses of conventional bearings by enhancing the stability of rubber laminates and steel plates, preventing delamination, ensuring long-term durability, and incorporating a dual deformation control mechanism for improved overall product stability.