Trelleborg squeeze hose for sale has an inner rubber layer (the material of the inner rubber layer is determined by the use of the hose), the multi-layer cloth or the cord are used as the reinforcing layer, and the outer rubber layer is determined according to the use of the hose.
The squeeze pump hose for the extruding pump produced by our company is widely used in the pump body accessories for the construction of highways, tunnels, bridges, water conservancy, mine lines, and other construction projects, and also can be used for spraying large areas of wall bottom layer and various types of the cover layer, after the pressure grouting, mortar transport foundation construction pressure grouting, in the GRC industry to make glass fiber reinforced cement products to make large and medium-sized precast concrete components in the petrochemical metallurgy industry used in blast furnace inner wall spray perfect fire material.
Squeeze hose pump (also called peristaltic pump) is commonly used for pumping grout for soil stabilization and other construction applications. The squeeze hose pump works by squeezing the hose with rotating rollers or shoes, which creates a vacuum that draws the grout into the hose. As the roller or shoe passes over the hose, it squeezes the hose and forces the grout out of the other end.
A pump hose is a hose used to move fluids in industrial and commercial pumping applications. Pump hoses are available in a variety of materials and sizes to suit different applications and pump types. One common type of pump hose is the peristaltic pump hose.
Peristaltic pump hoses are a type of peristaltic hose that is used specifically in peristaltic pumps. These pumps work by squeezing the hose between a rotating compression shoe and a fixed surface, creating a vacuum that draws the fluid into the hose, and then forcing the fluid downstream by the action of the compression shoe.
Chemical resistance peristaltic pump hoses are specifically designed to resist the corrosive effects of various chemicals, acids, and alkalis. These hoses are made of materials that can withstand aggressive chemicals and maintain their structural integrity without breaking down or degrading over time. The most common materials used in these hoses are natural and synthetic rubbers, such as EPDM and silicone. EPDM is known for its excellent resistance to acids and alkalis, while silicone has excellent resistance to high temperatures and low-pressure applications.
Our natural rubber squeeze pump hoses are highly sought after due to their exceptional longevity and application versatility. The hose structure consists of one or more layers of high-strength synthetic fiber braided material, with the inner lining and outer lining extruded from composite rubber. This ensures a soft, elastic tube body with excellent performance. Synthetic fibers are added to the tube body, enhancing overall hose performance. Additionally, our hoses generate low heat during use and exhibit excellent elasticity and recovery properties.
Squeeze hose manufacturers provide peristaltic pump squeeze hose product structure, peristaltic pump squeeze hose application fields, and peristaltic pump squeeze hose use precautions and other related information. The product structure of the squeeze hose: the inner rubber is natural high wear-resistant rubber, the middle is high elastic nylon thread, and the outer layer is high wear-resistant and anti-aging rubber.
The working principle of the Squeeze hose peristaltic pump is based on the alternate expansion and contraction of the elastic squeeze hose to transport substances, and its operation is as simple as our throat and esophagus. The squeeze hose with smooth inner wall and reliable strength is installed inside the pump body, and is rotated and squeezed by two protrusions on the turntable. This kind of rotation makes the medium transport in one direction without backflow, which can make the pump applied to the occasion of precise metering, and the pressure can reach 16Bar / 230psi. The shape recovery of the squeeze hose after conveying the medium can generate a full vacuum in the pipe to suck the medium into the pipe, so the use of the squeeze hose peristaltic pump can convey extremely viscous media without problems. Fill the lower part of the pump body with a specially designed lubricating oil grade to lubricate the squeeze hose and reduce the temperature so that the squeeze hose has a longer service life. Since the medium only contacts the squeeze hose for peristaltic pump and does not contact any other parts, the squeeze hose peristaltic pump is very suitable for conveying abrasive and high-viscosity media.
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