Heating Components Dealers in Vadodara

• Type: Automatic
• Material: Alloy Steel
• Certification: CE Certified
• Application: Industrial
• Power Source: Thermal Power
• Temperature: 100-150°C

Salient Features Energy input is available at doorstep; no adulteration is possible, completely pure fuel. Environment friendly, not generating NOX, SO2, CO, etc. No exhaust, no loss in exhaust, offering highest thermal efficiency. The only down time in case of electric fired system is failure of heaters, this can be sense easily and can be replaced with almost negligible time loss. In case of oil/gas fired system it will take time to know the failure and then to repair it. Annual shut down is must to maintain the efficiency. This is the only heating media which gives guarantee of uniform temp in material to be heated. This is not possible with oil/gas fuel. Though it is not utilizing natural energy like solar, wind, producer gas but it increase system efficiency drastically, so, for small electric heating system like thermic fluid heater, we call it. "Non conventional energy supply." You can derate the electric fired boiler to 10% of rated capacity without sizable efficiency loss, which is not possible with fossils fuel or solid fuel. Easily movable, only water and steam to be changed. Most suitable for RND purpose. No sequence of operation which is in case of fossil fuel like ignition, solenoid operation, flame sensing , ignition cut off etc. Only at the turn of switch the whole system will get operated. This will reduce the down time of boiler drastically. Reciprocating the system demand very easily. Most suitable for fluctuating system demand and rapid heating & cooling cycle.

• Voltage: 480 V
• Thickness: 6 mm

The high temperature Thermic Fluid Heater is a forced Circulation water tube design in which thermic fluid under pressure circulate though a set of nested coils while draft combustion gases travel across the coils. The hot gases envelop the entire tube surface making maximum use of both Radiant & convective heat to achieve very high heat transfer rates. A circulating pump is selected to give the proper flow rate and pressure for each application to optimize motor horse power required while maintaining low film temp. to ensure long fluid life. Temperature controls monitor the output temperature and regulates the supply of fuel & air to the furnace to provide efficient combustion of the fuel.   Features   Excess Air Reduction: Radiant Heat Exchange above the furnace cooled. Hence, less excess air is required and ultimately increase efficiency. Air preheating: combustion air from FD fan passes through air preheater that absorbs the waste heat in the fuel gases. It ultimately results into efficiency increase. Balanced Draught System: It means reduction of infiltration of unwanted air though fire gates of minimum level. It results into maximum heat recovery from air preheater and assures greater efficiency. Multifuel Option: Energy Thermopak is most suitable for Coal, Wood Waste, Bagasse, Lignite etc. for optimum level output with some modification in combustion chamber. Service is extended on client's demand.

• Circulation: 3HP

The high temperature Thermic Fluid Heater is a forced Circulation water tube design in which thermic fluid under pressure circulate though a set of nested coils while draft combustion gases travel across the coils. The hot gases envelop the entire tube surface making maximum use of both Radiant & convective heat to achieve very high heat transfer rates.

• Type: Heat Pumps
• Application: Heating
• Weight: 20-300kg
• Condition: New
• Automatic Grade: Semi Automatic
• Power: 1hp
• Pressure: Medium Pressure
• Warranty: 1year
• Driven: Electric

AO Smith Heat pump  Plug & Play model 

• Features: Shock resistance,Low power consumption,Easy To operate

• Type: Industrial Heating Equipment
• Color: Brown, Grey, Light White, White
• Voltage: 110V, 220V, 380V, 440V
• Condition: New, Used
• Power: 1-3kw, 2-4kw, 4-6kw, 6-9kw, 9-12kw
• Warranty: 1year, 2years
• Weight: 100-1000kg
• Driven Type: Electric
• Features: Easy To Use, Fine Finished, Flawless Functioning, High Performance
• Automation Grade: Automatic, Fully Automatic, Manual, Semi Automatic

• Material: Stainless Steel
• Power Source: Electric
• Usage/Application: Laboratory
• Air-Flow Direction: Vertical Down Airflow
• Input Voltage: 220 Volt

• Pressure: High Pressure
• Automatic Grade: Semi Automatic
• Power: Electric
• Type of End Use: Industrial
• Usage: Industry
• Performance: Optimum

Owing to our rich industry experience and knowledge, we are engaged in manufacturing and supplying a qualitative collection of Transient Heater. Our offered range is ideal for sugar industries to remove the impurities in the sugarcane in order to facilitate the further processing. The offered range is manufactured by utilizing premium class raw material and advance machines.

• Voltage: upto 480 V (Single / three phase)
• Thickness: 6 mm
• Dia: 2” or 50 mm & up
• Width: 1” or 25 mm & up
• Terminals: Junction Box fitted with braided cable & post terminal
• Sneath: SS 304
• Insulation: Mica

Features Nickle Chrome Ribbon Available with inbuilt insulation pad to reduce power consumption Max 3.6 watt / Cm Max operation Temp 250 C Low Cost Applications Plastic processing machinery Injection & Blow Moulding Extruders Hot runner bushing

insulation heater, Industrial Heaters

They are the heart and, literally, the pump of the heat pump: GEA piston and screw compressors. These compressors are especially designed for the great final compression pressure in a heat pump. They offer condensation temperatures that are effective not only for operation of the low-temperature heating system, but also for the supply of process heat.

Heating Tape, electric heating elements, Kettle Elements

solar water heating equipment

industrial heating equipments, Industrial Equipment, Industrial Products

GEA chiller indicate a focus on the development and manufacture of cooling systems. Our specialists, however, are also well qualified and experienced in work with heat pumps. In fact: heat pumps and refrigeration systems operate on the same physical principles, and key components in both systems include such elements as compressors and heat exchangers.