Hoses Peristaltic pumps work by delivering substances based on alternating telescoping of flexible hoses that run as easily as our throat and esophagus. Smooth inner wall, the strength of the hose installed in the pump inside the body, through the two projections on the turntable rotation extrusion. This rotation allows the media to be fed in one direction without backwashing, allowing the pump to be used in precisely metered applications up to 16 Bar / 230 psi. Hose shape recovery after conveying media creates full vacuum in the tube to draw media into the tube, so using a hose pump delivers the most viscous media without problems. In the lower part of the pump into the specially designed lubricant to lubricate the hose, reduce the temperature so that the hose longer life. Because the media only touches the hose without touching any of the other components, the hose pump is ideal for conveying abrasive and highly viscous media. The use of a hose pump has made it widely used in many applications where pump systems are overly demanding. For example: Abrasive and highly viscous media: Hoses Unlimited media wear, no seals, no other parts in contact with the media Non-cuttable media: Very gentle pumping No damage to media High viscosity Medium: almost all vacuum is generated to draw in the medium Crystalline medium: clogging of channels without the formation of crystals due to the presence of valves or corners Usage: medium can not be reflowed resulting in a very stable pumping medium High maintenance costs: The only wear parts, maintenance time is very short Self-priming Use of the occasion: the pump can dry turn, lubrication in the hose to complete the medium containing more solid material: up to 80% solids transport medium, such as mining suction There are clogged situations: the pump can dry, and can reverse the discharge of plug Explosion of the occasion: there is no metal and metal inside the pump contact As a leader in the European pump technology, Forde Industry Group also concerned about the growth of the Chinese market and development of. In China, Forder's pump product line also won the recognition of many well-known enterprises. Such as: Otis (Shanghai), Beijing Yanshan Petrochemical, Huachen BMW, Alcatel Shanghai Bell, ABB Electric Group, Zhejiang Qinshan Nuclear Power Station, Tsingtao Brewery Group, Shanghai Baoshan Iron and Steel Group, Nanjing electronic network board, Harbin Pharmaceutical Group, the United States DuPont , Germany BASF, and many other numerous well-known international companies. Forder Verder Industrial Group has over the years provided pumps system solutions for industrial applications and has accumulated valuable experience and knowledge and we can offer you more suitable and reliable pump products. Our complete product range of pump products allows you to meet a wide range of pumping needs from one company and reduce your workload. VERDER Hoses peristaltic pump history 1870, the first use of peristaltic pumps in the field of fire In 1960, Feld began to provide laboratory low-pressure hose peristaltic pump 1974, the introduction of high-pressure hose construction in the field Peristaltic pump for pumping lime 1994 VERDERFLEX manufactures hose peristaltic pumps for use in industry In the PSC 2007 show in July, the company introduced its DURA pump, a revolutionary, new, high-performance hose pump . Given that in the pharmaceutical, food, chemical and other industries, the need to transport a number of sensitive, viscous, highly corrosive, grinding with high purity, and contain certain granular materials, medium transport, The DURA line of hose pumps, introduced by Eldall, is uniquely engineered in a structural manner to reduce losses, increase uptime and increase reliability. DURA pumps offer better reliability than other pumps thanks to their flexible reducer connection. A torque arm connects the reducer section to the pump through a bushing that eliminates the load caused by the rotation and extends the life of the reducer. Removing the crescent ring on the reducer shaft and the single safety bolt on the bushing allow the entire drive section to be quickly and easily removed or replaced with the rest of the pump remaining intact. Bearings placed on the central support shaft and turntable are designed to eliminate the radial loads found in previously designed pumps. Makes installation and maintenance easier and reduces system downtime. The turntable has no shims, this flexible reducer connection makes the operation of the pump easier. Another advantage is that the reducer section and the pump section are structurally separated from each other, which avoids cross-contamination between the reducer and pump body lubrication. DURA hose pumps have fewer parts peristaltic than other hose hoses. The reducer structure shows the benefits of a long shaft connection to a pump, yet occupies only about 75% of the pump area. In addition, the unique design with an air gap between the drive and the housing allows the DURA pump to operate at 25% cooler temperatures than its predecessor, with a longer DURA pump hose life than comparable pumps . Because in the same conditions, DURA pump power requirements lower than similar pumps 25%. Combined, these factors lower DURA's operational and maintenance costs and greatly increase productivity. DURA pumps are also healthy and safe, thanks to the unique, low-noise operation design. Combined with easy maintenance, smooth fluid passages, high-pressure pumping capacity, self-aligning reducer and bearings, and disaster-resistant design, DURA pumps are not only more reliable in quality than other hose pumps but also economically Cost-effective. It is easy to see that DURA pushed the performance of the hose pump to another new peak. All of this comes from VERDER Verdes Germany - a wide range of process technology solutions for a wide range of industries.