Integral Quench Furnace System
Product Details
The Lindberg/MPH Integral Quench Furnace System is highly productive and efficient. It is available as either gas-fired or electrically heated. It is the centerpiece of a complete heat-treating system and is ideal for your carburizing process. The Integral Quench Furnace Systems feature obstruction-free work chambers, large capacity recirculation fans, with strategically located heated sources to ensure rapid heat transfer, low energy use, and excellent temperature and carbon control. A size and in-out configuration is available to fit your needs.
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Click here to request a quote for one of Lindberg/MPH's standard or custom heat treat and melting furnaces.
Request a QuoteBenefits
- Excellent temperature and carbon control for consistent processing
- Highly productive and efficient system for quick, quality results
- Temperature Range: 2000°F maximum
Features
- Air-to-oil quench cooling heat exchanger
- Emergency nitrogen gas purge circuit
- Flow meters for endothermic gas, natural gas additions, ammonia gas additions, and air for carbon burnout
- Front door flame curtain
- Fully automatic load movement
- Obstruction-free work chambers
- Preheat oil quench with immersion heaters, temperature and excess temperature controllers, oil level sight gauge, and level alarm
- Programmable logic controller
- Recuperative vertical radiant tubes for gas-fired models
- SCR power control
- Temperature and atmosphere carbon potential automatically controlled
- Variable speed circulation fan and quench agitation
Options
- Complete system automation
- Gas-fired or electric models
- Hot oil quench with additional immersion heaters and insulation in tank shell
- Upper atmosphere cooling
- Oil-cooled double walled chamber above quench to cool workload under protective atmosphere
- Atmosphere cool/oil quench selector switch
- Upper cooling with or without re-circulating fan to accelerate cool down
- Various control and recorder options
To watch the Lindberg/MPH Integral Quench Furnace video on YouTube, click here.