SMC's VCHN silencer is rated for high pressure of up to 5.0MPa. A double-layer filtration structure results in less clogging of the ...
Centrifugal and axial compressors create broad spectrum noise with peaks at the blade passing frequencies which can be moderate to highly significant, in addition many piping systems suffer from propagation of low frequency noise both within the gas stream and along the pipewall which if not effectively attenuated ...
Lobe type and multi-vane compressors generate high-energy noise levels at the fundamental and initial harmonic frequencies. With no absorptive pack, rugged construction and high quality materials, this multi-chamber design is tuned to handle these frequencies and is very effective in reducing tonal radiation from the pipe work connected to these machines.
Using ...
In-line control valves or regulators often generate high levels of noise that is radiated by the following pipework.
Typical measures to combat this pipework radiated noise include acoustic insulation and quiet trims for valves. Both of these options can be expensive and in the case ...
Flow control silencer
Sensitive adjustable throttle spindle
...
Galvanised inline silencer
Article ...
The silencers ?high pressure? of Bertin Technologies, are mainly integrated on the following installations:
Filters of air intake of industrial gas ...
# Design allows coverage of a wide range of frequencies.
# Discharge line muffler ...
DISCHARGE LINE MUFFLER
Mufflers have internal baffles designed for minimum pressure drop. These ...
Use on valve exhaust ports.
Sintered bronze ...
Copper Mufflers
Parker's Copper Mufflers are used in refrigeration and air conditioning systems to provide noise attentuation associated with pressure pulses from the compressor. ...
Parker's Copper Mufflers are used in refrigeration and air conditioning systems to provide noise attentuation associated with pressure pulses from the compressor. The muffler is usually mounted vertically and flowing downward ...
Material: galvanization steel Color: as ...
