German style hose clamp 10-16 mm for pressure LPG

Description

Product specifications and dimensions
Scope of application: The size of this German hose clamp is 10-16 mm, which means that it can adapt to hoses with diameters between 10 mm and 16 mm. This size design makes it universal and can meet the fixing and sealing requirements of liquefied petroleum gas delivery hoses of various diameters.
Precision requirements: German manufacturing processes usually have strict control over product dimensional accuracy. During the production process, the inner diameter, outer diameter and clamping width of the 10-16 mm German hose clamp have high precision, ensuring that it can fit tightly to the hose surface and provide uniform and stable clamping force, thereby effectively preventing liquefied petroleum gas from leaking from the hose connection during transportation.
Structural features
Clamping method: German hose clamps generally adopt a worm drive clamping method, which drives the clamp to tighten or loosen by rotating the worm. This clamping method has the advantages of easy adjustment, large clamping force and a wide adjustable range. For the delivery of pressurized liquefied petroleum gas, the clamping force can be accurately adjusted according to different pressure requirements and hose materials to ensure the reliability of the connection.
Material and strength: In order to adapt to the high-pressure environment of liquefied petroleum gas, German hose clamps are usually made of high-strength stainless steel or high-quality carbon steel. These materials not only have good corrosion resistance and can resist the erosion of impurities that may be contained in liquefied petroleum gas to the clamps, but also have sufficient strength and toughness to withstand the high pressure in the pipeline and prevent the clamps from deforming or damaging during use.
Sealing design: Special sealing teeth or sealing pads are usually designed on the internal structure of the clamp to further enhance the sealing of the hose connection. When the clamp clamps the hose, these sealing structures can tightly bite the hose surface to form an effective sealing barrier to prevent the leakage of liquefied petroleum gas, ensuring the safety of the system even at higher pressures.
Applicable pressure range
High-pressure adaptability: Liquefied petroleum gas is usually under a high pressure state during storage and transportation. The 10-16 mm German hose clamp has been specially designed and strictly tested to withstand the corresponding pressure. In general, it can meet the common medium and high pressure transportation requirements of liquefied petroleum gas. The specific pressure application range will vary according to different product models and manufacturers, but it can usually reach a pressure level of several MPa or even higher.
Pressure stability: During long-term use, the hose clamp can maintain a stable clamping force and will not loosen or reduce the clamping force due to pressure fluctuations or long-term use. This is essential to ensure the continuous and stable operation of the liquefied petroleum gas delivery system and can effectively reduce the risk of safety accidents caused by leakage.
Safety performance
Leakage prevention: The high-precision dimensions, excellent sealing design and stable clamping force of the German hose clamp ensure that leakage can be effectively prevented during the pressure liquefied petroleum gas delivery process. Once the leaked liquefied petroleum gas encounters a fire source or static electricity, it is very easy to cause a fire or even an explosion accident. The reliable performance of the hose clamp reduces this risk from the source and ensures the safety of personnel and equipment.
Fire and explosion prevention: In addition to preventing leakage, the material used to make the German hose clamp itself has certain fire and explosion resistance. Even in extreme cases, such as a fire in the surrounding environment, the clamp will not easily burn or support combustion, thereby preventing the fire from spreading to the liquefied petroleum gas delivery pipeline and causing a more serious explosion accident.
Installation and maintenance
Installation convenience: The design of the German hose clamp takes into account the convenience of installation, and its worm drive structure makes the installation process simple and quick. The operator only needs to use the appropriate tool to rotate the worm to easily install the clamp to the hose connection and adjust the clamping force as needed. No complicated installation process and professional skills are required, which greatly improves the installation efficiency.
Maintenance requirements: In terms of maintenance, this hose clamp has low maintenance costs and simple maintenance requirements. Regularly check the clamping state and sealing performance of the clamp. If necessary, just slightly adjust the clamping force or replace the wearing parts such as the sealing gasket. Its simple structure, sturdy and durable characteristics reduce the downtime and cost increase caused by frequent maintenance, and improve the operating efficiency of the entire liquefied petroleum gas delivery system.