Industrial Heating Equipments

We offer our clients a wide range of flash cure infrared dryers. Our IR flash cure dryer finds application in textile and garment printing. Operation is by means of auto and manual switches. Developed in line with international quality standards, these products are manufactured using quality raw material and advanced technology. Of superior quality and conforming to high performance standards, our range of dryers is acclaimed by our clients for high efficiency, low power consumption, durability and compact size. Some clients opt for customization to their specifications; such orders are executed so long as they are as per international standards.

General Features:

• Timer, controller

• Remote start pulse

• Auto, manual switches

• Control panel on battery

• All wiring of high quality

We have a comprehensive range of Heating Systems for Refineries. This energy-efficient equipment is deployed for fast heating. These heating systems are easy to install and are in great demand in the global markets. Our systems are also available in different technical specifications. However, we also offer customized solutions to suit the varied requirements of the clients. We are proud of our reputation for executing orders within the stipulated time period.

Our oil heating system delivers high temperature energy to single or multiple users. The heater is available in standard sizes. The qualities of durability and energy efficiency are consistently maintained.. While some applications can be served by a standard heater, our engineering team is ready to custom engineer a heater to meet your unique and specific application.

Some common applications are:

• Steam generators
• Heat exchangers
• Reactors (with cooling systems)
• Process dipping tanks (for galvanizing)
• Product storage tanks
• Chemical plants
• Textile manufacturing facilities
• Food processing
• Soap manufacturing

We manufacture hot water generator for a variety of fuels including solid fuels. We also manufacture heat exchanger of the following types:

• Condensers

• Vent condensers.

• Reboilers

• Product subcoolers of different types depending on process requirement.

Hot Water Generators offered by us provide consistent flows of hot water at high temperatures for many industrial heating applications. Their ability to use different types of fuels makes it very convenient to use these units.

Our units have the following features:

• Heat exchanger is made of high quality steel & designed for maximum heat transfer yield

• Plenums at each end are designed to allow for easy & quick cleaning

• Large pipe sizes have been selected to ensure an efficient transfer of heat from fuel to the process water

• Varnished to protect against corrosion

• Thermostatically Controlled

• Ease of Access for Inspections & Maintenance

• Proven Robust Designs

• Highest Quality Construction

A heat exchanger is a device built for efficient heat transfer from one medium to another. The media may be separated by a solid wall, so that they never mix, or they may be in direct contact. They are widely used in space heating, refrigeration, air conditioning, power plants, chemical plants, petrochemical plants, petroleum refineries, natural gas processing, and sewage treatment. One common example of a heat exchanger is the radiator in a car, in which the heat source, being a hot engine-cooling fluid, water, transfers heat to air flowing through the radiator (i.e. the heat transfer medium).

Some types of heat exchangers are:

• Shell and tube heat exchanger
• Plate heat exchanger
• Adiabatic wheel heat exchanger
• Plate fin heat exchanger
• Fluid heat exchangers
• Waste heat recovery units
• Dynamic scraped surface heat exchanger
• Phase-change heat exchanger

The shell & tube heat exchanger is the commonest type.

It is the most common type of heat exchanger in oil refineries and other large chemical processes, and is suited for higher-pressure applications. As its name implies, this type of heat exchanger consists of a shell (a large pressure vessel) with a bundle of tubes inside it. One fluid runs through the tubes, and another fluid flows over the tubes (through the shell) to transfer heat between the two fluids. The set of tubes is called a tube bundle, and may be composed by several types of tubes: plain, longitudinally finned, and other types.

We design and manufacture of a wide range of heat transfer technologies that service virtually every industrial market including food and beverage, dairy, compressors, air separation, chemical processing, mobile vehicles, power generation, pharmaceuticals, HVAC, and a wide variety of general industrial applications. Our products are well-known for their innovative designs and exceptional quality. We manufacture and supply both standard units and custom designs to meet the individual requirements of our customers. We are justly proud of our tradition of outstanding service to our customers With a highly qualified and dedicated team, and excellent manufacturing facilities, we offer best-in-class products. We recognize that only through industry-leading innovation, strong technical support, exceptional customer service, and best-in-class quality will we continue to hold the loyalty of existing customers and attract new ones.

Our drum heater systems is designed and manufactured as per international standards. Many materials and substances used in today's manufacturing industries only become viscous at or above room temperature, notably sugars, surfactants, resins, oils, fats and a variety of chemicals. Using a drum heating oven answers major challenges because without heating, the product cannot be discharged quickly enough from the drum into the manufacturing process. Heating the drums uniformly greatly reduces the product viscosity; thereby improving flow and reducing decant time. The yield is significantly improved, with virtually no product being left behind inside the drum, thereby reducing raw material costs. Energy consumption is kept to a minimum by the incorporation of high efficiency insulation material into the drum heating ovens construction

The drum heating oven is an indirect gas fired recirculating air drum heating oven with drum rotating equipment. Drums are loaded onto roller shafts which rotate the drums at up to 5 rpm. This helps to reduce drum heat-up time by up to 65% compared to conventional box ovens. We manufacture drum heating ovens from raw materials of the best quality. Energy efficiency and durability are the outstanding features of our ovens, with all welded, rugged construction. Temperature control and timer are available.

Shell and tube is the most advanced technology available and is specifically engineered for particular applications. Heat exchangers are commonly used for the transfer of heat in industrial process applications. They are available in a variety of diameters and lengths. The U-tube heat exchangers are designed for a wide range of liquid to liquid and steam to liquid applications. The shell and tube heat exchanger is constructed using copper tubes and a carbon steel shell. It is manufactured using tide range of applications.

Features:

• U-tube construction
• Units designed for liquid to liquid and steam to liquid applications
• Available in 2 or 4 pass construction
• Removable tube bundles for convenience in cleaning and inspection.
• Strong, durable construction with copper steel tubes and rugged cast-iron or steel head in standard units. (Optional materials are available)
• Coil and baffle arrangements designed to maximize heat transfer performance.
• Tubes expanded into stationary tube sheet allow for tube expansions and contractions, due to thermal fluctuations, without causing stresses on the joints. Welding tubes to the tube sheet is optional. Advantages The advantage of the shell and tube design cannot be ignored. Each unit comes with
• Connections that come in standardized sizes for easy assembly and feature additional thread and surface protection for clean installation
• U-bend tubes expanded into a tube sheet which allow for tube expansions and contractions due to thermal fluctuations
• Gaskets that are made of high quality compressed fibres which lends to reusability
• A standard cast-iron or steel head for heavy duty services (also available as a spare part)
• Saddle attaches which make for quick and easy mounting
• Punched baffles with minimal clearances between tubes guaranteeing correct fluid flow and minimized bypass
• A welded shell protected with high quality paint for corrosion resistance
• Copper steel tubes which allow for strong, durable performance over a wide range of applications. Unique tube bundle layout (chevron corrugated pattern) minimizes deposit buildup at the edges and optimises media flow for high velocity flow turbulence. Applications Shell and tube heat exchangers are frequently selected for such applications as: * Process liquid or gas cooling *
• Process or refrigerant vapor or steam condensing
• Process liquid, steam or refrigerant evaporation
• Process heat removal and preheating of feed water
• Thermal energy conservation efforts, heat recovery
• Compressor, turbine and engine cooling, oil and jacket water
• Hydraulic and lube oil cooling.

It is the most common type of heat exchanger in oil refineries and other large chemical processes, and is suited for higher-pressure applications. As its name implies, this type of heat exchanger consists of a shell (a large pressure vessel) with a bundle of tubes inside it. One fluid runs through the tubes, and another fluid flows over the tubes (through the shell) to transfer heat between the two fluids. The set of tubes is called a tube bundle, and may be composed by several types of tubes: plain, longitudinally finned, and other types.

We offer IR oven in combination with the traditional convection oven which can create significant savings, and surprisingly excellent results. Benefits normally realized with total IR systems also can be realized with a booster add-on. There are several advantages to using an IR booster. Perfectly suited as a cure oven, powder coat oven, preheating oven, annealing oven, heat treat oven, or industrial drying oven boosting current processes and much more. Our mission is to develop the best possible solutions to your heat processing, automation, and machine build needs.

Our infrared oven heating systems have the capability to produce heating profiles that are impossible to achieve with any other heating technology.

Our Infrared Ovens have very high heating rates. The extremely high source temperature of the tungsten filament in our IR oven systems leads to high thermal transfer and extremely fast heating.

Further the low thermal mass of the tungsten filament gives outstanding control of the heat output and process temperature. Full output of our IR ovens can be obtained within seconds of applied power. Also, power can be turned off almost immediately if production should stop.

Output of our electric infrared oven systems can be controlled precisely to match the temperature requirements of the process.

These IR ovens have directional heating quality The systems are able to selectively heat specific regions of the part. Finally this heat source is environmentally clean and efficient.

We understand that there is an imperative need to maintain a competitive edge in order to be successful. That’s why we design ovens specific to each and every client need. Our systems can offer noticeable results and provide an optimal level of productivity. It’s imperative to be competitive in order to stay successful in today’s marketplace.

An IR oven for dry-off, preheating, flashing, gelling (powder), and complete curing of the coating application often can save time, rework and energy. Inherently, this will lead to greater efficiencies and increased profits. Other times, however, a stand-alone IR system cannot achieve desired results due to the product geometry, mix of product in the oven, or the method in which the parts are presented in the oven. If these reasons have acted as preventive from using IR, then it is important to consider an IR booster oven in front of the convection oven, inside the convection oven, or even after the convection oven.

An IR booster oven in combination with the traditional convection oven can create significant savings, and surprisingly excellent results. Benefits normally realized with total IR systems also can be realized with a booster add-on. There are several advantages to using an IR booster.

It has always been our avowed goal to provide the client the best product that will position him the number one in the market. We continuously up date our product range to deliver the best in the category. Our IR Booster Oven Anim 2 a step ahead of the previous product in the same range for its higher output capabilities. We offer an IR oven for dry-off, preheating, flashing, gelling (powder), and complete curing of your coating application often can save time, rework and energy. Inherently, this will lead to greater efficiencies and increased profits.

An IR booster oven in combination with the traditional convection oven can create significant savings, and surprisingly excellent results. Benefits normally realized with total IR systems also can be realized with a booster add-on. There are several advantages to using an IR booster

Our Laboratory ovens are one of its kind among similar product that are available in the market. They are ovens for high-forced volume thermal convection applications. These ovens generally provide uniform temperatures throughout. Process applications for laboratory ovens can be for annealing, die-bond curing, drying, Polyimide baking, sterilizing, and other industrial laboratory functions.

These laboratory ovens perform multiple functions such as curing, drying, annealing, stress relieving, hardening, aging, testing & preheating.

Our lab ovens incorporate several features that suit different uses within the given parameters. Our ovens are low cost, fully equipped, all purpose laboratory ovens for sample drying, baking, annealing, conditioning, sterilizing, evaporating and dehydrating, and other general laboratory work.

They are Fully factory tested and manufactured from sturdy welded steel. Some of the most significant features are that they are thermostatically controlled with over-temperature protection. Thy also have damper controlled gravity air circulation. Our lab ovens come with On /Off switches.

For maximum productivity we offer a wide range of laminating oven. The lamination is done under vacuum and heating environment. Inter layering film is sandwiched between two pieces of glass which is then wholly covered by silicon blanket. Heating and vacuum are applied. Inter layer begins soften and melt between layers of glass under vacuum. Silicon blanket provides a total sealed environment such that air bubbles trapped between glass layers are evacuated thoroughly during melting until no air left behind. After heating process is completed, cooling begins bringing melted inter layer to its original solid state. This cooling process induces glass bonding until glass layer and films become inseparable laminated glass body. This simple and operating friendly process requires no pressure and thus, no autoclave is necessary. These heating equipments are acknowledged for high conductivity and durability. Manufactured using high grade raw material that is procured from most reliable vendors, this equipment finds application in retail malls, corporate houses and government offices.

We offer a comprehensive range of OH Conveyor Ovens with special features combination which facilitate savings in terms of time and energy, at the same time yielding surprisingly excellent results. There are several advantages of using a OH Conveyor Oven. Conveyor ovens are suitable for handling & heating applications. they are manufactured with top rated raw materials which result in durability and excellent performance.

We custom manufacture of conveyor ovens. Types include impingement conveyor ovens, horizontal piston curing conveyor ovens, long conveyor ovens, infrared vertical tower curing conveyor ovens, forced impingement conveyor ovens, preheat conveyor ovens, rigid form conveyor ovens, adhesive curing conveyor ovens & infrared paint curing conveyor ovens. Used for drying, annealing, tempering, curing, foundry core drying, preheating, paint baking, heat treating, aluminum aging & thermal de greasing. Our conveyor ovens are equipped with electric infrared heating elements. Their other uses are various heat treating applications including shrink packaging, paint curing, food processing, heat transfer, solder re flow, baking armatures, electrical varnishes, vacuum forming, drying, curing, softening, pallet over wrapping, bundling, preheating, paint, stain, lacquer & varnish drying

We offer a comprehensive range of OH Conveyor Ovens with special features combination which facilitate savings in terms of time and energy, at the same time yielding surprisingly excellent results. There are several advantages of using a OH Conveyor Oven. Conveyor ovens are suitable for handling & heating applications. they are manufactured with top rated raw materials which result in durability and excellent performance.

We custom manufacture of conveyor ovens. Types include impingement conveyor ovens, horizontal piston curing conveyor ovens, long conveyor ovens, infrared vertical tower curing conveyor ovens, forced impingement conveyor ovens, preheat conveyor ovens, rigid form conveyor ovens, adhesive curing conveyor ovens & infrared paint curing conveyor ovens. Used for drying, annealing, tempering, curing, foundry core drying, preheating, paint baking, heat treating, aluminum aging & thermal de greasing. Our conveyor ovens are equipped with electric infrared heating elements. Their other uses are various heat treating applications including shrink packaging, paint curing, food processing, heat transfer, solder re flow, baking armatures, electrical varnishes, vacuum forming, drying, curing, softening, pallet over wrapping, bundling, preheating, paint, stain, lacquer & varnish drying.

Heating metals to high temperatures normally causes rapid oxidation, which is undesirable. A vacuum oven removes the oxygen and prevents this from happening. Heating metals to high temperatures normally causes rapid oxidation, which is undesirable. A vacuum oven removes the oxygen and prevents this from happening.

A vacuum oven is a sealed chamber in which the pressure is lowered and the temperature is raised. One use of such an oven is to remove volatiles and bound gases from surfaces. Another is to heat a substance in an oxygen-poor environment to reduce oxidation. We manufacture our products for continuous processing. Our presence is maintained by developing and continuously integrating new technologies into our systems for companies that can not use the industry standard or require heavily automated production type units. We are a name to reckon with in Vacuum Oven Technology. We offer the broadest range of temperature and vacuum operation. This range is coupled with superior high strength vessels and intelligent control systems. Our ovens are found where processes have exceeded the limits or operational capabilities of smaller more Our vacuum oven utilizes long wavelength infrared to heat the vacuum vessel from the outside, absorbed heat is then re radiated to the product. Both sides, top, and bottom walls are fully heated in order to maximize heat distribution and uniformity.

We believe in continuous processing. Research, developments and quality control keep us in the run for market leader. our groups. Our Ovens can be used for process drying under vacuum or standard atmospheric conditions. High reliability operation and back-up safety thermostats take care of slip ups. We offer vacuum oven that is a sealed chamber. Here the pressure is low and the temperature is high. It is used to remove volatiles and bound gases from surfaces. Another feature is to heat a substance in an oxygen-poor environment to reduce oxidation.

Our vacuum ovens have hydraulic primary control thermostat. They are also equipped with independent safety thermostat which provides over-temperature protection. The radiant wall heating provides uniform temperature and total use of work space. Further more they also incorporate vacuum gauge, control and release valves.