Newton is a comprehensive solution provider of steam and thermal energy systems that integrates on-site survey, project inspection, scheme design, intelligent manufacturing of a full range of products, installation and landing, and project operation monitoring.Read more>>
Bellows Valves Experts
High quality valves are available. High quality, short delivery time and good service make VMV bellow valves your best choice.
SPECIALIZED IN STEAM SYSTEM AND THERMAL OIL SYSTEM VALVES
VMV covers a total area of 55,000 square meters, has more than 400 employees, and has more than 40 inventions, utility models and appearance patents, and various professional and technical personnel account for 80%.
VMV integrates casting, R&D, production and processing, and sales.
VMV has its own foundry and has a variety of casting processes to meet the different needs of users and provide better delivery and price.
BELLOWS COMPONENT DESIGN
1.The bellows is welded to the lower end of the valve stem
2.The upper end is placed on the seal between the valve body and the bonnet
3.Form a metal sealing barrier between the atmosphere and the fluid
4.Ensure zero leakage of valve stem
1.Metal bellows seal and packing seal
2.Double seal structure design
3.Comply with international sealing standards
4.Three-layer sealing design can be realized under special working conditions
5.Meet the sealing safety requirements of severe media and working conditions
LOW NOISE, LOW CHATTER
1.Special internal part design (VMV patent)
2.Can effectively reduce the vibration operation of the valve
One of the most frequent and serious problems valves face is gland leakage, results in wasted and increased plant downtime. Apart from the high cost of energy losses, Gland leakages can also cause serious environmental, ecological and health hazards to plant workers and personnel.
Bellow Seal Valves
Very common. Due to friction between stem occurs within a few cycle no matter which make valve or quality of gland packing;
Considerable amount through gland leakages. Normally large amount when leakage remains unattended.