Plastic shell muffler, built-in muffler and integrated muffler are made of ultra-high molecular weight polyethylene (UHMWPE) sintered, which can rapidly attenuate the high-speed airflow discharged from the equipment, achieve the effect of noise suppression, while maintaining good air permeability. A
Plastic shell muffler, built-in muffler and integrated muffler are made of ultra-high molecular weight polyethylene (UHMWPE) sintered, which can rapidly attenuate the high-speed airflow discharged from the equipment, achieve the effect of noise suppression, while maintaining good air permeability. Applied to solenoid valves, vacuum generators, air compressors and other pneumatic equipment.
Application Background:
In modern industrial production and equipment use, mufflers can effectively reduce the noise of pneumatic equipment and provide a balance between noise reduction and acceptable back pressure in pneumatic systems.
In general, silencers are available in a wide range of sizes to fit most standard valves and have robust integrated threads to ensure easy assembly to pneumatic equipment.
In terms of materials, porous plastic mufflers have many advantages compared with metal mufflers: significantly reduced weight, greatly improved corrosion resistance, higher filtering capacity of particles and aerosols, more durability, assembly speed and cost advantages.
Muffler uses:
Muffler also known as muffler, is more widely used muffler noise reduction equipment. Muffler is also a kind of equipment that can make air flow through and reduce noise. Muffler is widely used in all kinds of boiler steam discharge and muffler in electric power, petrochemical, metallurgical and other industrial sectors.
Muffler purchase:
When ordering exhaust muffler, the main consideration is performance and installation, muffler structure is divided into small hole muffler and compound muffler, small hole light weight convenient installation, compound effect is good, so the following information must be provided when ordering muffler:
1. Exhaust pipe diameter and wall thickness.
2. Exhaust pressure and temperature
3. Emissions.