We offer an array of custom heating solutions to accommodate our diverse customer base. Whether you are looking for air drying or curing and finishing, we can supply the ovens and cooling tunnels, including: Conveyor systems Independent control zones Material handling systems and Horizontal and vertical designs.
Note: we can build the tunnels to your designs, supply material handling equipments and integrate sub-systems during installation.
Alternatively entire project can be undertaken for supply through commissioning. The key technical and design for heat-transfer will be provided by our external engineering associates – experienced consultants for such turnkey projects.
General Capabilities Assembly Cable Assemblies Engineering Services Fabricating Panel Fabrication Turn Key
Industry Focus Aerospace Automotive Consumer Goods Electronics Food Processing Manufacturing Medical Military Pharmaceutical Semiconductor
Applications Air-Drying Annealing Automotive Components Headliners Batch Ovens Blow Molding Cooling/PVC Cooling Casting Cool Down Circuit Board Cooling Drying Adhesives Liquid Coating Moisture Dry-Off Plastic Curing Plastic Finishing Powder Coating Pre-Heating Wood Finishing
Configuration Batch Inline
Oven Features Automated Loading Systems Blanket Insulation Conveyor System Horizontal Independent Control Zones Indexing Material Handling Systems Vertical
Air Flow Direct Nozzle Max 100ft/min (Per Nozzle) Open Wire Belt to aid Airflow
Air Circulation Top to Bottom Upward
Control System Percentage Timers PID PLC SCR Touch Screen
Maximum Minimum Temperature Max 800°F
Heat Source Electricity
Electrical Ratings Min: 120V Max: 600V 1 Phase / 3 Phase
Materials Heated Glass Metals Plastic Rubber Wood
Lead Times (Dependant on project) 12-14 weeks
Thermal processes are multifarious and often place high demands on the furnace system and the related process engineering. Especially in the case of high-quality products, for which reproducibility of the process parameters must be ensured, it is indispensable that the parameters in terms of atmospheres and temperatures remain stable.
HIGH VELOCITY AIR CONVECTION OVENS recirculate air at high velocities to remove solvents and water from coatings and accelerate the cure. In some instances, the part may be processed in an IR oven for final bake.
Design of this oven to be a closed loop recirculation system with minimal losses is possible. A small percentage of air is exhausted to remove accumulated solvents or moisture. It is important to keep the humidity level at a minimum.
Heat treatment plants :The design of the circulating air flow, the definition of the heating zone length (gas-heated or electrically heated), the conveyor concept as well as the design of the quench will be optimized and adapted to the requirements of the actual products before accomplishing this objective
Eg: Aluminum alloys wheels for automotive industry
Our CURING OVENS are designed in such a way so as to consume low power with a uniform temperature in the working space. The powder is firstly melted at a required degree of temperature for a certain time, the product is then chemically reacted.
A gas burner and a fan is required for heating the materialby the hot air in the curing oven which helps in heating the coating. The curing time may be short or long depending upon the load of the product. Curing Oven is dependable and flexible.
Infrared radiations are used in the infrared ovens to increase the heat.
A gas Fired Oven is generally cost benefit and efficient. Excessive aircan cause the powder to be blown off of the parts. In order to avoid such a turbulence the ductis built to enable even distribution of heat. Any unevenness in temperature may lead to uneven coloring of the product. Therefore balancing the airflow and temperature is very essential.