What are the comparative advantages of 1CI 1DI WH Splice fitting and other similar products on the market?

The comparative advantages of 1CI 1DI-M WH-M-KDS connector and other similar products on the market are mainly reflected in the following aspects:
Standardized design of metric thread: This joint adopts metric thread (ISO 9974) standard, ensuring compatibility with other pipe fittings, making installation and replacement more convenient. Compared with other non-standard designed joints, this standardized design significantly improves work efficiency and ease of use.
Elastic sealing and 24° taper inner cone design: 1CI 1DI-M WH-M-KDS joint adopts elastic sealing and 24° taper inner cone design. Compared with other similar products, its sealing performance is more reliable, reducing safety risks and maintenance costs caused by leakage.
Non-throttle eccentric flow channel design: In high-pressure systems, the efficiency of fluid flow directly determines the energy consumption and work efficiency of the system. Traditional flow channel designs often have throttling phenomena, that is, the fluid is blocked when passing through the joints, resulting in an increase in pressure drop, which in turn affects the fluid transmission efficiency of the entire system. The 1CI 1DI-M WH-M-KDS connector adopts a non-throttle eccentric flow channel design. This design cleverly changes the path of fluid flow, allowing the fluid to flow smoothly when passing through the connector, reducing unnecessary obstructions. and pressure drop. The non-throttled eccentric flow channel design also improves the efficiency and stability of fluid transfer. Because the fluid flows more smoothly within the joint, the system can complete the fluid transfer task more efficiently, reducing equipment failures and downtime caused by poor fluid flow. In addition, the non-throttled eccentric flow channel design also has certain impact and earthquake resistance. In high-pressure systems, fluid flow instability often causes equipment to be subject to shock and vibration, thus affecting the normal operation of the equipment. The non-throttling eccentric flow channel design can effectively reduce the impact and vibration of fluid flow and protect equipment from damage.
E-type KDS ring with soft seal: E-type KDS ring is a special sealing element.In the 1CI 1DI-M WH-M-KDS connector, the E-type KDS ring is cleverly designed and embedded into the critical sealing parts of the connector. When the joint is connected to other pipe fittings, the E-type KDS ring will fit tightly on the sealing surface to form a solid sealing barrier. This soft seal design offers multiple advantages. First of all, it can effectively cope with various complex environmental conditions, including high temperature, high pressure, corrosion and other harsh environments. Secondly, the soft seal design of the E-type KDS ring also has good wear resistance. During the fluid transmission process, friction and wear will inevitably occur between sealing surfaces. The soft seal design of the E-type KDS ring can reduce this wear and extend the service life of the joint.
Wide range of application fields: 1CI 1DI-M WH-M-KDS joints are widely used in ships, tunnel shields, engineering machinery, aviation equipment, metallurgy, steel, petroleum, mining, papermaking, cement and other fields. 
Product quality and reliability: Although specific product quality data (such as lifespan, failure rate, etc.) are not mentioned in the reference article, generally speaking, products using advanced manufacturing processes and strict quality control tend to have higher reliability and durability. Therefore, it can be reasonably inferred that the 1CI 1DI-M WH-M-KDS connector has certain advantages over similar products in terms of product quality and reliability.