Views:48 Author:Site Editor Publish Time: 2019-01-15 Origin:Site
Ningbo JiaNai Pinch Valve Co., Ltd is a professional manufacturer of pneumatic pinch valve. Equipped with advanced imported equipment such as machining center and CNC lathe, we can ensure the valve quality.
The inner bushing of the rubber hose, a core component of the pinch valve, is developed and produced independently by our company. We have an independent hose production workshop and have hired professionals dedicated to the research and development of the hose polymer. Besides, we have also established a hose laboratory to repeat test its service life, elasticity, abrasion performance, ageing resistance.
Through three years of hard work and efforts of our employees, our pinch valve has fully reached the import quality, with a service life of more than 600,000 times and a normal service life of more than two years.
The valves can be widely used in all kinds of industry (such as train, environmental protection, cement, animal husbandry, filling industry, etc.) and have been exported to all over the world and won 99% of customer satisfaction and trust!
At first glance, there are not many valve parts, simple structure, and average precision. They are simple parts in the machinery industry, but the core sealing parts of the valve are particularly demanding. The valve manufacturing process is complicated and the technical difficulty is also great. To Read More »
China's pinch valves are world-renowned for their excellent quality and low prices. This has also attracted buyers from all over the world to come to China to purchase pneumatic pinch valves. However, how to choose the best among many suppliers is a problem that everyone cares about. Today we will m Read More »
The hose pinch valve has applications in many areas of life, especially in industry. It is a type of valve product with rubber sleeves as seals and opening and closing parts. The handwheel drive drives the up and down movement of the upper and lower valves to achieve the opening and closing effect. Read More »