Adaptability to working conditions：
The difference between our reverse arched clamping rupture disc and the safety valve directly determines its irreplaceability under complex operating conditions. If the medium in your production system is easy to polymerize, crystallize, or contain viscous impurities, the seat and passage of the safety valve can easily be clogged, resulting in pressure relief failure-this is a pain point that many buyers have reported. And our rupture disc adopts a one-time rupture design with no complex moving parts. Even in the face of such special media, clogging problems can be avoided; And its reverse arch structure can form a larger pressure relief caliber after rupture, and the pressure relief speed is much faster than that of the safety valve, which can quickly protect the equipment when the pressure rises sharply, which is particularly important for enterprises with high production continuity requirements.
Cost and operation and maintenance：
The initial procurement cost of safety valves is high, and daily maintenance is difficult-professionals need to be regularly asked to perform pressure calibration and disc sealing tests. Improper maintenance may also cause safety hazards due to untimely opening and closing, and operation and maintenance costs will increase significantly in the long run. The initial installation cost of our reverse arched clamping rupture disc is lower, and the structure is simple. It only consists of the rupture disc body and the gripper. There is no need for complicated operations for daily maintenance. The buyer's staff only needs to regularly check the appearance for corrosion and deformation, which greatly reduces the maintenance manpower and time costs.
Pressure adaptation range：
The safety valve is limited by the disc area and spring strength, and it is difficult to achieve precise pressure control under ultra-high pressure or ultra-low pressure conditions, and its scope of application is narrow. And our rupture disc can accurately set the burst pressure by adjusting the material thickness and optimizing the structural design according to your specific pressure needs. Whether it is a low-pressure system or a high-pressure system, it can be stably adapted. For example, in high temperature or highly corrosive working conditions, our reverse arch clamping rupture disc is made of corrosion-resistant austenitic stainless steel, which can withstand extreme environmental influences and avoid safety risks caused by material failure. This is an important reason why many buyers choose us.
As an enterprise deeply engaged in the field of pressure safety protection, we have always been oriented to the actual needs of buyers, and through technological improvement, rupture disc is more suitable for the diversified scenarios of industrial production in comparison with safety valves. If your production system has complex media, limited maintenance resources, or special pressure ranges, our reverse arch clamping rupture disc is undoubtedly a more cost-effective choice. We can also provide one-to-one working condition analysis services to customize exclusive pressure relief solutions for you to make your production safer and more efficient.
