Noise Pollution Equipment in Kenya

Serving Kenya | Near Kenya
326 Results found
  • Category: Health & Safety ×

  • Subcategory: Noise Pollution ×

  • Location: Africa ×

  • Location: Kenya ×

Sound Absorber

by Colasit     based in Spiez, SWITZERLAND

Sound-proofing enclosure with casing made of approx. 1.2 mm thick, sendzimir-galvanised steel sheeting. Self-supporting frame made from aluminium profile with a closely-fitting edge-protection seal. Non-imflammable mineral wool filling covered with perforated steel sheeting. Removable side panels. Wall thickness 45mm. Convection cooling or forced ...

Optimic 4130 Microphone - Contact Microphone

by Optoacoustics Ltd.     based in Or-Yehuda, ISRAEL

Fiber optical contact microphone for structure-borne sound. Fiber optical contact microphone for indoor/outdoor remote monitoring of structure-borne sound signals.

Acoustic Enclosures

by Wakefield Acoustics Ltd     based in Cleckheaton, UNITED KINGDOM

Wakefield Acoustics designs, manufactures and installs a wide range of acoustic enclosures. From standard proprietary models through to custom designed full turn key solutions, we work closely with OEM’s, end users, contractors and consultants to address complex noise problems across a wide range of industries. Each acoustic enclosure is ...

Troy Board - Non-structural Acoustical Sound Boards

by Troy Acoustics Corporation     based in Brunswick, GEORGIA (US) (USA)

Troy Board non-structural acoustical boards are rugged, strong and waterproof.  The fire rating from Underwriter Laboratories is zero smoke development and zero flame spread.  The Troy Board  material will not support combustion. The natural organic components that make up the Troy Board material are impregnable to the exterior ...

3M - Noise Indicator

by Ritz Safety, LLC     based in Dayton, OHIO (USA)

The 3M Noise Indicator alerts users to potentially dangerous noise levels, helping identify areas where hearing protection may need to be worn. Users simply clip the Noise Indicator to a shirt or jacket; its LED light delivers a clear indication when noise levels exceed a potentially hazardous threshold. Red Flashing LED: Noise levels are above 85 ...

Rotary Positive Blower Intake and Discharge Silencers

by E.I.Williams Industries     based in Ajax, ONTARIO (CANADA)

The rotary positive or positive displacement blower is a twin lobe rotating mechanism for delivering large quantity of air or gas a

Model Bs 14 Series - Pod Silencers for Rotary Positive Blowers

by E.I.Williams Industries     based in Ajax, ONTARIO (CANADA)

Pod silencers for rotary positive blowers are particularly designed and manufactured for fast assembly and functioning of blower packages. At the same time, it provides maximum silencing and reduced pulsation on blower discharge for the ones functioning above the specified transition speed. At EI Williams, we combine the silencer pod for blower ...

Model Bs 44 Series - Pod Silencers for Rotary Positive Blowers

by E.I.Williams Industries     based in Ajax, ONTARIO (CANADA)

The Bs 44 Series Chamber absorption type pod silencers for rotary positive blowers are similar to that Bs 14, but with the only difference that the former is based on chamber absorption type silencer mechanism while the latter is only based on chamber construction type pod silencing mechanism. The chamber absorption pod silencers are particularly ...

Silencers for Centrifugal Compressor

by E.I.Williams Industries     based in Ajax, ONTARIO (CANADA)

Centrifugal compressors are noisy and require noise control. Just as a pump raises the pressure on a liquid, a compressor raises air or gas pressure. Centrifugal compressor noise is produced primarily by blade-tip turbulance which is a function of horse power, speed, discharge pressure, piping velocities, number of stages of compression, type ...

Vent Silencers for Pipelines

by E.I.Williams Industries     based in Ajax, ONTARIO (CANADA)

A vent silencer or a blow off silencer is a device used to reduce unwanted noise created by gas or steam flow in a pipeline discharging directly into the atmosphere. This noise can be generated due to the high velocity flow through the valve and turbulence created around any obstacle in the line that suddenly restricts or changes the direction of ...

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