Mark Engineers

Paddy Dryer Heat Exchangers offered works on convection and conduction principles and are available as counter-flow heat exchangers as well as parallel flow heat exchangers. These feature use of brazen, acid-resistant and stamped stainless steel plates and gasket support and also come with vacuum brazing support that provides for permanently sealed interface. These also deliver high thermal conductivity and the advanced technology support also helps in delivering optimum process support as well as allows less power consumption while functioning.

Features:

• Highly functional range of Paddy Dryer Heat Exchangers
• Works on convection and conduction principles and are available as counter-flow heat exchangers as well as parallel flow heat exchangers
• Features brazen, acid-resistant and stamped stainless steel plates and gasket support
• Coming with vacuum brazing that provides for permanently sealed interface
• Provides for high thermal conductivity
• Based on advanced technology support that delivers optimum functionality support with consumption of less power while functioning
• Available with M.S/S.S tube support and GI/aluminum/SS/copper metal based fin options
• Stainless steel construction in single pieces welded design
• Process contact parts made of SS – 316 to provide for contamination free usage
• Comes with food grade Inflatable Gasket support
• Comes with Inflatable rubber seals made from high strength Silicone Rubber
• Provides for complete uniformity in drying as well as supports reduction in drying time
• Micro filter support provided for preventing fine dust to pass through products with inlet air
• Chamber provided with window duly sealed with toughened glass

Heat Exchanger for Corn Flake Dryer Heater offeredfeatures use of SS process unit and comes with the single piece welded design with involved process contact parts made of SS – 316, thus providing for contamination free working. These systems also feature support of food grade Inflatable Gasket manufactured using neoprene rubber/silicone rubber options that can accommodate variable sealing gaps. Further, the system assists in delivering optimum heat transfer support through forced convection and is applicable in areas where the input is available in granular/crystal form.

Features:

• Latest technology based dryer heaters for meeting the processing needs of Corn Flakes
• Featuring use of SS process unit coming with single piece welded design
• All process contact parts made of SS – 316 that provides for contamination free working
• Featuring support of food grade Inflatable Gasket manufactured using neoprene rubber/silicone rubber options that can accommodate variable sealing gaps
• System delivers heat transfer through forced convection and is applicable in areas where input is available in granular/crystal form
• The operation involves passing drying gas through the bed at desired velocity that promotes high heat transfer as well as quick drying rate
• Provides for uniformity in drying
• Brings reduction in drying time
• Comes with micro filter support for preventing any fine dust from passing through products with inlet air
• Chamber and housing made from Stainless Steel grade SS 316
• Chamber provided with inspection window that comes duly sealed with toughened glass

• Precision engineered
• Optimum performance
• Long functional life

Food Heat Exchangers offered finds application in meeting the process application demands of food processing. These support effective removal of heat from high-temperature fluids using convection and conduction processes and can be made available in option of counter-flow and parallel flow heat exchanging designs. Further, these also feature vacuum brazing at high temperatures that provides for a permanently sealed heat exchanging interface.

Features:

• Highly functional range of Food Heat Exchangers
• Finds application in meeting the process application demands of food processing
• Supports effective removal of heat from high-temperature fluids using convection and conduction processes
• Available in counter-flow and parallel flow heat exchanging designs
• Made available with acid-resistant and stamped stainless steel plating, brazed gaskets and brazed plate packs with two end plates and connection support
• Features vacuum brazing at high temperatures that provides for a permanently sealed heat exchanging interface
• Provides for high thermal conductivity and economical functioning
• Suitable for usage in soft flow dying applications
• Comes with M.S., S.S., tube as well as GI, Aluminum, SS and copper fin support

Food Processing Heat Exchangers offered supports process needs of removal of heat from high-temperature fluids and works on convection and conduction processes. These are available in form of counter-flow heat exchangers and parallel flow heat exchangers and come with thin acid-resistant and stamped stainless steel plates and brazed gasket support. These also feature vacuum brazing that provides for permanently sealed heat exchanging interface that provides for optimum functional usage.

Features:

• Highly functional range of Food Processing Heat Exchangers
• Support process needs of removal of heat from high-temperature fluids
• Works on convection and conduction processes
• Available in form of counter-flow heat exchangers and parallel flow heat exchangers
• Heat exchangers come with thin acid-resistant and stamped stainless steel plates and brazed gasket support
• Features use of vacuum brazing that provides for permanently sealed heat exchanging interface
• Strong and compact plate heat exchanger that provides for optimum functional usage
• Delivers high thermal conductivity as well as economical functioning support
• System fabricated using quality materials and advanced process technology that offers optimum process support
• Can be made available in options of M.S./S.S. tube
• Can be made available with GI/Aluminum/SS/Copper fins
• Process unit comprising stainless steel finish in single piece welded design
• Involved process contact parts made of SS – 316 metal
• Comes with food grade Inflatable Gasket manufactured from neoprene rubber/silicone rubber that provides for accommodation of variable sealing gaps, thus reducing contamination possibilities