Maxim® Silencers

Maxim Silencers engineers and manufactures industrial grade silencers for noise control in the oil & gas industry, the power generation market, and other industries needing dependable, long-lasting silencers.

For a total solution, Maxim also provides dual combination units that integrate silencers with waste heat recovery components and silencers with catalytic converters for emission control.

If you need a tailored solution, Maxim offers custom engineered silencers with any combination of components.

Product Update Announcement

Maxim Silencers is updating all of its products to provide industry leading noise abatement solutions. You can find the latest news and updates on that process here.

Emissions Control Silencers With catalytic converters to provide emission controls as well as noise attenuation.

Heat Recovery Silencers Provides attractive savings where recycled heat can be used. Use these combination heat recovery and silencer units for reciprocating engines and gas turbines. Working fluid can be steam hot water or any type of heat transfer fluid.

Silencer Accessories We provide accessories for any silencer we manufacture, including: flexible connectors, companion flanges, mounting brackets, cleanouts, and spark boxes. Also, insulation, safety covers, diverter tees, wall thimbles, rain caps, and elbows.

Exhaust Silencers The toughest available. Chambered for low frequency or packed for high frequency noise attenuation; combine both types for extreme applications. • Standard Chamber • Compact Chamber • Thin Line • Spark Arresting • Low Pressure • Straight Through • Blower • Marine/Wet Exhaust

Intake/Inline Silencers For large and small blowers, air compressors, & gas and steam turbines. • Intake Silencers • Inline Silencers

Vent Silencers Attenuates noise made by expansion of gas or steam from elevated pressures to atmospheric pressure. Reduces workplace noise or intrusion of industrial noise into residential areas. Custom engineered options available.

• Quick Access (QAC)
  • QAC Overview
  • QAC4 30 to 40 dBA
  • QAC6 35 to 50 dBA
  • Elements
• Large Capacity

• Reciprocating Engine
  • MFT: Steam/Water/Fluid
  • MBT: Steam/Water
  • BVS: Steam
  • WVS/WHS: Water
• Gas Turbine
  • GTW: Steam/Water/Fluid
  • SOH: Water/Fluid
• Steam Separator
  • HSS

• Standard Chamber
  • M22 20 to 25 dBA
  • M32 25 to 32 dBA
  • M42 30 to 38 dBA
  • M52 35 to 42 dBA
  • M62 35 to 50 dBA
• Compact Chamber
  • MD32 25 to 32 dBA
  • MD42 30 to 37 dBA
  • MD52 35 to 42 dBA
• Thin Line
  • MR32 25 to 35 dBA
  • MR42 30 to 40 dBA
  • MR52 35 to 50 dBA
  • MR62 35 to 55 dBA
• Spark Arresting
  • MSA11 20 to 25 dBA
  • MSA22 25 to 32 dBA
  • MSA33 30 to 38 dBA
  • MSA44 35 to 42 dBA
  • MSA55 35 to 50 dBA
• Low Pressure, Straight Through
  • MT22 20 to 25 dBA
  • MT32 25 to 32 dBA
  • MT42 30 to 38 dBA
  • MT52 35 to 42 dBA
• Blower
  • MB11 15 to 30 dBA
  • MB21 24 dBA
  • MB31 30 dBA
• Marine/Wet Exhaust
  • MP11 15 to 18 dBA
  • MP31 20 to 25 dBA
  • MP41 30 to 65 dBA

• Intake
  • FP/FPE 20 dBA
  • FPC/FPCE 20 to 25 dBA
  • FPS/FPSE 15 to 30 dBA
• Inline
  • ILL20
  • ILL30
  • ILM15
  • ILM25

• Vent
  • VTS 35 to 40 dBA
  • VT1 35 to 40 dBA
  • VT2 42 to 45 dBA
  • VT3 50 to 55 dBA

• Accessories

• Easy Access
  • EAC Overview
  • EAC3
  • EAC4
• Standard Chamber
  • M21 17 to 21 dBA
  • M31 20 to 24 dBA
  • M41 24 to 28 dBA
  • M51 28 to 32 dBA
  • MUL 20 to 24 dBA
• Spark Arresting
  • MSA1 17 to 20 dBA
  • MSA2 20 to 24 dBA
  • MSA3 24 to 28 dBA
  • MSA4 28 to 32 dBA
• Low Pressure, Straight Through
  • MT21 13 to 16 dBA
  • MT31 16 to 19 dBA
  • MT41 19 to 22 dBA
• Compact Chamber
  • MD26 28 to 32 dBA
  • MD36 33 to 37 dBA