high pressure production Sanding pipe There are many uses. When we choose products, understanding the basis for selecting production materials for high-pressure sandblasting hose will help us to select more suitable high-pressure sandblasting hose. The following small series will briefly introduce it to you: 1. The working environment of the product comes from the working environment of high-pressure sand blasting hose, such as outdoor environment, mechanical equipment, surface, etc. Considering these factors comprehensively, anti-aging and wear resistance shall be considered when selecting materials. 2. Function: From the performance of high-pressure hose, the main function of tubing is oil resistance, so the oil resistant material of material composition is the key. The quality must be well controlled. Among the oil pipes, there are also high-pressure oil pipe series, which is what we often call high-pressure rubber sandblasting hose. Pressure is necessary, so the steel wire reinforcement layer is used as the pressure bearing layer. This wire must be selected. 3. Economic indicators: from the economic indicators of high-pressure sand blasting hose, the economy is to spend less and produce more. The stability of the material, the rationality of the formula and the cost performance ratio of the formula must be considered. 4. Safety factors: consider the safety factors of high-pressure sand blasting hose, the requirements of normal working environment of oil pipe, and the effects of anti-static, flame retardant and normal pressure resistance. Talking about materials in this field, Sanding pipe Where can I find it? It is necessary to select suitable materials. Some important materials involving various requirements are particularly important. 5. Manufacturing technology: from the perspective of manufacturing process of high-pressure sand blasting hose, manufacturing economy, product stability and feasibility of continuous production are mainly considered. Materials shall meet production requirements as far as possible.

Binzhou Sanding pipe It is composed of sand blasting hose, net sleeve and joint. The sand blasting hose is the main body of the rubber sand blasting pipe, playing a flexible role, and the net plays a role of strengthening and shielding; Joints play the role of connection. For different use requirements, they are connected in different ways: sandblasting hose, net sleeve and joint are connected by welding, which is called welding type; The connection in the form of mechanical clamping is called mechanical clamping. In addition, the combination of the above two methods is called hybrid clamping. Rubber sand blasting pipe products include oil suction hose, steam hose, sand blasting hose, acid and alkali suction hose, food hose, oxygen blowing hose and various special-shaped hoses. It is widely used in machinery, chemical industry, petroleum, metallurgy, food and other industries. What is the pressure range of pressure resistant rubber sand blasting pipe: the pressure range of hose is generally Pn 0.6-32.0 MPa. The rubber sand blasting pipe up to 42.0 MPa is the main pressure bearing part of the hose installed in the pressure pipe, and it acts as the sheath of the sand blasting hose. Sanding pipe Where can I find it? One or more layers of stainless steel wire or steel strip can be selected for braiding according to the pressure in the pipeline and the place of use. It can also achieve the effect of reducing noise. This is why some rubber sand blasting pipes use rubber sand blasting pipes.

Whether in the process of purchase or use, production Sanding pipe The quality of all needs to be checked regularly. During the inspection, the following items should be noted. 1. Standard size and actual error of high-pressure rubber hose: because the inner diameter and outer diameter of high-pressure sand blasting pipe and the outer diameter of the skeleton layer will shake, if the shaking amplitude exceeds the allowable limit, the balance of the buckling amount of the sand blasting pipe joint cannot be guaranteed, and the quality of the sand blasting pipe assembly cannot be guaranteed. Therefore, for the sand blasting pipe selected for the production of sand blasting pipe assembly, it is necessary to strictly check whether the inner diameter and outer diameter of the skeleton layer meet the requirements, and the requirements for the outer diameter error can be appropriately relaxed. 2. Wall thickness error of high-pressure hose: due to the local pain of the rubber layer in the high-pressure sandblasting pipe and the influence of the overlapping width of the rubber layer of the high-pressure sandblasting pipe quality inspection center between the skeleton layers, the wall thickness error of the sandblasting pipe may be too large. If the wall thickness error exceeds the allowable range, it will affect the tightness and pull-out strength of the connector, and even cause some deflection (tilting head) of the hose assembly connector. Quality inspection of high-pressure sand blasting pipe Therefore, the wall thickness error of sand blasting pipe should be strictly controlled. Generally, the rubber hose with wall thickness error exceeding 0.5mm shall be selected stably. 3. Adhesion between each layer of high-pressure rubber hose: high-quality high-pressure sand blasting pipe shall have prominent integrity, that is, the quality inspection of high-pressure sand blasting pipe shall have high adhesion between each structural layer, and the adhesion between each adhesive layer shall become an integrity. Only in this way can we meet various technical requirements in the process of joint installation and fastening, and only in this way can we ensure the quality inspection requirements of high-pressure sand blasting pipes for sand blasting pipe assembly. Therefore, Sanding pipe Where can I find it? It is necessary to control the adhesive force between each layer of the rubber hose not lower than that specified in the technical standard, and the rubber hose with high adhesive force shall be selected as far as possible to produce the rubber hose assembly.

With the development of modern industry, the demand for high temperature and high pressure sandblasting hoses is growing, Sanding pipe Where can I find it? Scope of application: completely flexible conveying pipe is required to prevent the pipe from being in vibration position. It is suitable for steam, gas, air, heavy oil, petroleum, chemical industry, etc. First of all, the structure of fire sprinkler metal sandblasting hose (explosion-proof pipe) must have compulsory knowledge. Fire sprinkler metal sandblasting hose (hereinafter referred to as explosion-proof pipe) is a high-quality sandblasting hose in modern industrial pipelines. It is mainly composed of fire sprinkler metal sandblasting hose bellows, fire sprinkler metal sandblasting hose net sleeve and fire sprinkler metal sandblasting hose connector. The inner pipe is a thin-walled stainless steel fire sprinkler metal sandblasting hose corrugated pipe with spiral or circular waveform. The outer layer of the fire sprinkler metal sandblasting hose corrugated pipe is woven by stainless steel wire or steel strip according to certain parameters. The fire spraying metal sand blasting hose connector or flange at both ends of the sand blasting hose shall match with the fire spraying metal sand blasting hose connector or flange of the user's pipeline. production Sanding pipe Scope of application of fire sprinkler metal sandblasting hose (explosion-proof pipe): full flexible conveying pipe is required in vibration places to prevent pipes, which is applicable to steam, gas, air, heavy oil, petroleum, chemical industry, etc. The annular flame spraying metal sandblasting hose bellows is a special geometric pipe. The outer edges of several annular diaphragms are tangent to several concave half rings facing the center, and the inner edges are tangent to several concave half rings of the vest. Its blanks are mainly made of tubes. The fire sprinkler metal sandblasting hose bellows has the characteristics of large flexibility, good elasticity, simple manufacturing and small rigidity.