Anupam Heaters & Controls Pvt Ltd Wagle Estate, Thane, Maharashtra

Anupam'sThe helical wound heating wire is made of a high temperature resistant NiCr alloy. And the insulation consists of superior grade of magnesium oxide (MgO). As the heaters are swadged, even at high sheath temperature they have excellent electrical insulation and a high heat transfer. To prevent the heater from moisture the connection ends are sealed with sealing components. Precise forming of the heater is required to fit properly into the groove in the mould. To ensure this fit normally use a template as an inspection tool in the forming process. This template can be custom supplied or manufactured by Anupam as per customer's design. Heaters are available in dia 6.5mm, 8mm, 8.5mm and square section of 6mm x 6mm or customize diameter. To manufacture Mould Tubular Heater it is necessary to have an accurate drawing showing all the center distance, Bending Radius and Degree APPPLICATION Hot Runner Manifolds  

tubular elements are the most versatile, dependable and rugged of any heat generation device. These qualities make it an ideal heat source for many applications. Anupam uses precision wound 80-20 nickel-chrome wire to deliver an even heat distribution to the element sheath. High purity, grade a magnesium oxide is used as the internal insulation to insure the best thermal transfer and insulation resistance. A variety of electrical terminations, mounting fittings and brackets, along with the wide array of bending options, allow for easy integration into any heating system. tubular heaters can be used in almost any application. Straight tubulars can be clamped to metal surfaces or inserted in machined grooves for conductive heat transfer. Or use a formed tubular to provide consistent heat in any type of special application. application radiant heating ovens dryers sealing bars dehumidifier. convection - air and gas. shrink tunnels / shrink packaging. dies and manifolds. immersion heating. contact heating . features custom-formed to meet specific requirements precision wound resistance wire for long heater life superior heat transfer. variety of lengths available easy to install high mechanical and chemical resistance advantages constructed with epoxy or silicone seals to resist moisture contamination (oxidation and corrosion resistance) compacted with insulating mgo that allows heat to transfer away from resistance wire to the sheath material and media with faster efficient heat up virtually a limitless array of custom bend formation options, to include adapting heater element around space parameters – to maintain maximized efficient heating.

anupam produces top of the line temperature sensing devices also known as thermocouples. A thermocouple is a sensor for measuring temperature. It consists of two dissimilar metals, joined together at one end. When the junction of the two metals is heated or cooled a voltage is produced that can interpreted by a temperature controller, high limit or display device. There are two common constructions for these: tube and wire and mineral insulated. The tube and wire uses an empty stainless tube with a wire inside which has a welded tip incorporating the wire junction. This construction is typically used to 480ºc. The mineral insulated construction uses a highly compacted stainless sheath with solid conductors encased in magnesium oxide insulation. This construction offers a wider variety of diameters, allows for the sensors to be bent in the field and for temperatures to 1200ºc. These sensors are available is a huge range of physical packages with a variety of lead wire, housing, and mounting options. in mineral insulated (mi) thermocouples, elements are surrounded by compact inorganic insulation (mgo) and housed in stainless steel or heat resistant alloy sheath to protect it from environment. Mi thermocouples have a lot of advantages as compared to conventional beaded thermocouples. These thermocouples are available in long lengths which can easily be wound into coils making them easy to transport. They can be flattened or bends without affecting the sheath or the cores. This flexibility enables them to be easily installed. They have a small sheath diameter allowing the thermocouple to be placed in smaller areas. Ceramic is a brittle material and when placed as beads may succumb under conditions with vibrations. Mi thermocouples have high vibration strength which make them apt for such applications. These thermocouples are tested to ensure high quality. All assemblies are tested for insulation resistance, visual & dimensional checks, and single point calibration. Other tests offered "conductor loop resistance", "specific temperature calibration", "nitrogen leak test", "hot ir test". thermocouple diagram the following are some of the standard thermocouples available in "j" or "k" please indicate the dimensions of the appropriate tc while ordering. The thermocouple material required may be specified under the model number of diagram. Adjustable spring type thermocouple is also available in request. Also any other design can be made on request. features thermocouple grade wire withstands high temperatures all popular thermocouple probes are available including: adjustable bayonet, compression fitting, nozzle, manifold, extruder, washer and surface mounted styles stainless steel sheath minimizes corrosion flexible lead wire available in stainless steel braid, stainless steel flexible armor or fiberglass sleeving infinite variety of combinations can be designed to suit all temperature sensing applications process air heating plastic processing hot runner systems extrusion plastic injection molding film blowing packaging medical autoclaves incubators patient warming systems food processing natural gas as part of any process heat control system.

Anupam's Blowers normally use forward curved impellers made of galvanized steel, which are press fitted on the Rotor of External Rotor Motor, making the unit compact. Single inlet signifies that the Air is drawn from one side of the Blower only. The Rotor with impeller is dynamically Balanced in two planes, for vibration free running during its entire life. The assembly of Motor and Impeller is essentially mounted in a technically designed Housing for optimum performance. The External Rotor Motor is cooled with the air stream flowing over it. Cooling band heaters Cooling AC/DC Drives Air Balloons as an advertising media HVAC applications Applications with relatively small Air Volumes with high static pressure, and low noise levels  

Short wave quartz infrared heaters/ Lamps are used in various industrial applications. It contains tungsten filament, helically wound, encased in quartz envelope. Tungsten as resistive element is capable of generating temperature in excess of 2750° C. Its response time is very rapid in 1 second it emits over 90% of IR energy. It is by products free & pollution free. Heat focus is very accurate due to compact and narrow diameter of IR tubes. Short wave IR element has maximum heating rate of 200W/inch. The quartz envelope allows transmission of IR energy and protecting the filament from convective cooling and corrosion. Addition of small percentage of halogen gas in it not only increases life of emitter but also protects blackening of tube and depreciation on infrared energy. The rated life of short wave IR heater is around 5000 Hrs White ceramic coating/ gold coating Short wave IR heaters are also available with Gold/Ceramic coating, which reduces visible glare and energy loss. It acts as reflectors and raises infrared energy output compared to infrared heaters without coating. Ceramic coating/ Gold Coating is available to hold the lamp envelope which helps in stronger and efficient radiation in a specific direction. This type of coating eliminates the need for reflective mirrors, making it space-savvy and low cost alternative. The performance of white ceramic coating is much better than gold layer. Gold coating is much better than gold layer. Gold coating gradually disappears if temperature exceeds 350° C, but ceramic coating performs upto 950° C and lasts longer than the life of the lamp. APPLICATION Plastics - PET preform heating in Stretch blow moulding machines   - Powder coating curing   - Resins Hardening , Rubber coating drying.   FEATURES Shortwave Infrared Heater is a high efficiency heating radiator that can heat up to 900 °C and cool down in seconds. It is made of high purity of quartz tube and Tungsten wire, filling with halogen gases inside the tube to protect tungsten wire and avoid filament oxidation when working The emitted radiation of the lamps is much more effective than other heat transmission methods such as convection or conduction heating. Objects or their surfaces can be heated up from rather distant light source even through a glass window. Instant Radiation from the Lamp allows Fast & Flexible Thermal Processes The color temperature of shortwave quartz infrared heater is around 2400 to 2500°K.The IR wavelength of the of the Shortwave Infrared Heaters radiation emission is between 1 to 2 μ Available in different variations from customized Heating Lengths, Power, End Connections, Reflector Coatings and Shapes as well. Plastics PET preform heating in Stretch blow moulding machines Powder coating curing Resins Hardening, Rubber coating drying Adhesives - End polymerization Food - Pasteurization / Sterilization Paper Industry - Humidity Control Industrial Drying - Paint , Varnishes , Dyeing Semi Conductor Industries - Heating of wafers Printing - Printing ink drying in screen and offset machines  

Nozzle heaters are hermetically sealed for liquid plastic during the manufacturing process. The connection between the heating element and the leads is protected by a special fitting made of brass/stainless steel 1 mm thick, without welding which allows a high mechanical strength in the most delicate area of the heater. Construction : A thin layer of the "high" thermal conductive MI material is used to electrically insulate the element wire from the inside diameter of the heater sheath. A thicker, "low" thermal conductivity layer backs up the element wire, directing the heat inward toward the heated part. The result is more efficient heat transfer—a performance solution lowering element wire temperatures and increasing heater life APPLICATION For heating the nozzles of Injection Molding Machines Extruders Blown film dies. Nozzles of Injection molding machines. Other cylinder heating applications. All Plastic & Rubber Processing Machinery. FEATURES Contributes to faster heat-up and throughput for increased productivity. Gives an almost instant response to temperature control. Resists contamination by overflow of plastic or other free-flowing materials. Eliminates cumbersome clamping straps, making installation easier.

We ensure a high standard of product. Quality materials is being used to manufacture screws / barrels which are not susceptible to premature wears. All Screws / barrels are made from high quality nitriding steel with hardness of 65 to 68 RC after duly gas nitrided. Manufacturing Range :  

Screw barrels, We make high quality screws barrels for any application as per customers requirement, We ensure a high standard of product. Quality materials is being used to manufacture screws barrels which are not susceptible to premature wears. All Screws barrels are made from high quality nitriding steel with hardness of 65 to 68 RC after duly gas nitrided.

Qnfrared heat is particularly economical on energy as compared to other heat sources because IR penetrates into the object directly and generates heat internally. It does not require any travel medium like air or water as compared to conventional heaters. Heat loss is negligible compared to other heating methods of conduction or convection. It is not only a "fastest form of heat", but is also a solution to many demanding applications such as vacuum technology and clean room conditions. Quartz Infrared Tubes are available in varying dia. of 8, 10 , 12 & 15mm & in lengths from 300 to 1500mm in different designs & requirements. Also available in other dimensions as per request. To be used only in Horizontal position and the mounting support should be located in Non-Heating ends.   APPLICATION Medical Equipement - Incubator IR Conveyorised Preheating Systems Paperboard Coating and Drying Powder Coating Paint baking Screen Print Drying Lamination Heating in Vacuum FEATURES Round tube emitters are available in milky and transparent types Practically no Heating-up or cooling-down time Low cost with high efficiency & process reliability High density radiation with tubes occupying much less space Insulated Connection terminals

Short wave quartz infrared heaters Lamps are used in various industrial applications. It contains tungsten filament, helically wound, encased in quartz envelope. Tungsten as resistive element is capable of generating temperature in excess of 2750° C. Its response time is very rapid in 1 second it emits over 90% of IR energy. It is by products free & pollution free. Heat focus is very accurate due to compact and narrow diameter of IR tubes. Short wave IR element has maximum heating rate of 200Winch. The quartz envelope allows transmission of IR energy and protecting the filament from convective cooling and corrosion. Addition of small percentage of halogen gas in it not only increases life of emitter but also protects blackening of tube and depreciation on infrared energy. The rated life of short wave IR heater is around 5000 Hrs White ceramic coating gold coating Short wave IR heaters are also available with GoldCeramic coating, which reduces visible glare and energy loss. It acts as reflectors and raises infrared energy output compared to infrared heaters without coating. Ceramic coating Gold Coating is available to hold the lamp envelope which helps in stronger and efficient radiation in a specific direction. This type of coating eliminates the need for reflective mirrors, making it space-savvy and low cost alternative. The performance of white ceramic coating is much better than gold layer. Gold coating is much better than gold layer. Gold coating gradually disappears if temperature exceeds 350° C, but ceramic coating performs upto 950° C and lasts longer than the life of the lamp.

Anupam's 4000 is low cost presettable timer. Presettable timers with and without battery backup facility. They are used in plastic moulding machines, Chemical Plants, Textiles, Pharmaceutical machines, ovens, dryers, furnaces, scientific and laboratory equipments, etc. where accurate time measurement and control is required. Features Quartz Crystal time base having accuracy 0f 0.01% Bright Display Bright easy to read Display Time counting in Seconds, fraction of seconds, minutes, Hours available CMOS IC's used for better reliability Modular System

Anupam's 4000 is low cost presettable timer. Presettable timers with and without battery backup facility. They are used in plastic moulding machines, Chemical Plants, Textiles, Pharmaceutical machines, ovens, dryers, furnaces, scientific and laboratory equipments, etc. where accurate time measurement and control is required.   FEATURES Quartz Crystal time base having accuracy 0f 0.01% Bright Display. Bright easy to read Display. Time counting in Seconds, fraction of seconds, minutes, Hours available. CMOS IC's used for better reliability. Modular System.

anupam's 5050-b, 5050 & 5050-6 are unique digital presettable counters with and without memory having wide applications in textile industries for meter counting, pharmaceutical - chemical - food industries for event counting, packing machinaries, machine tool engineering for stroke counting and many other areas where accurate counting is involved. working instrument accepts signals from photo sensors, proximity switches, limit switches, contact closures, encoders, voltage pulses ... Etc.... Instrument can work upto 2 khz.. Of switching frequency. the incoming signal is filtered, conditioned, wave shaped with help of filters and choppers. The signal is fed to synchronous counter i.c. Which drives seven segment display. At the same time signal is compared with set value. At the set point relay change over takes place. The relay can be operated in delayed on, delayed off, auto reset modes as per the application. features cent percent accuracy. modular design in din size box. accepting wide range of inputs. bright display. memory in case of power failure.

Box : 96 (H) X 96 (W) X 180 (D), mm DIN size box with modular system. Also available in 72 (H) X 72 (W) X 110 (D) mm

Manufactured from high temperature bearing insulators, Anupam's Porcelain Heaters offered are used in various industries. The Antique Porcelain Heater contains elements that are exposed partially in air for better transmission of heat. Porcelain Heater is extensively used in ovens, tanks where draining cannot be done to change the heaters. The Porcelain Heaters offered by us are known for their high precision, performance and durability. Porcelain Heater is constructed using several refractory ceramic blocks assembled together to the required length. The Nichrome wire heating element is inserted into the ceramic blocks, with a terminal block at one end. This assembly is then inserted into a pre-assembled special protection tube, when used in liquid immersion and gas application.  However, porcelain heaters can also be used in direct air-heating application without the protection tube. CERAMIC CORE ELEMENT The ceramic core elements consist of one or more resistive alloy coils inserted in a stack of barrels in steatite or ceramic A non-heating zone is necessary so that connections are not subjected to excessive temperatures The connections are usually made to threaded terminals fixed to a steatite or ceramic "head" or by copper or nickel core wires SHEATH The sheaths are made of steel, of stainless steel or titanium They are constituted of a tubular body with a bottom welded. Different attachment accessories can be welded on the other side to fix it to the frame . (Flange, screw plug, etc) Other materials are possible as Teflon®, Pyrex®, porcelain, according for corrosion requirements ACCESSORIES The ceramic core elements can be equipped of a terminal box We can offer brass terminal strips and electric cables for high temperatures to assure the electric connections We can offer temperature sensors, thermostats, or regulators to pilot the heater Temperature sensors are generally inserted in a separate thermowell welded on the same flange than the sheath or equipped of a threaded bushing FEATURES Offers a large area to heat liquids or semi-solid materials like wax, fats, oil and bitumen Suitable for indirect heating of gases and liquids, where it is inserted into a pocket or protection tube in the process tank, wherein, it can be repaired or replaced without draining the process tank Wide range of lengths, voltages and power is available to meet customers’ specific requirement ADVANTAGES Simple and low-cost installation Ease of maintenance and repair Energy efficient as 100% of heat generated is within the solution. Not inserted in a sheath, the ceramic core element will be able to heat non-inflammable gas or massives métal parts Fitted in a pocket, it will heat liquids with an important surface of exchange. The replacement of the heater wil not require to drain the installation The material of the pocket will be selected fonction of the heated fluid  

Porcelain heater, Manufactured from high temperature bearing insulators, Anupam's Porcelain Heaters offered are used in various industries. The Antique Porcelain Heater contains elements that are exposed partially in air for better transmission of heat. Porcelain Heater is extensively used in ovens, tanks where draining cannot be done to change the heaters. The Porcelain Heaters offered by us are known for their high precision, performance and durability

Anupam's introduces state of art, truly universal, powerful PID controller with inhouse design. The PID2020 series is developed with state of art microcontroller. The robust hardware and software makes the controller very useful in noisy industrial environment. The PID2020 finds applications in Industrial Ovens, Muffle Furnaces, B.O.D. Incubators, Humidity Chambers, Environmental Chambers, Sterlizers, Blood Bank Equipments, Constant Temperature Baths, Packaging, Plastic Moulding, Thyristors Heat Controllers, Motor Controllers, Controlled Melting, Valve Control...etc. Features Initializing the controller integral to a desired value Increasing the setpoint in a suitable ramp Disabling the integral function until the PV has entered the controllable region Limiting the time period over which the integral error is calculated Preventing the integral term from accumulating above or below pre-determined bounds.

The PID2020 series is developed with state of art microcontroller. The robust hardware and software makes the controller very useful in noisy industrial environment. The PID2020 finds applications in Industrial Ovens, Muffle Furnaces, B.O.D. Incubators, Humidity Chambers, Environmental Chambers, Sterlizers, Blood Bank Equipments, Constant Temperature Baths, Packaging, Plastic Moulding, Thyristors Heat Controllers, Motor Controllers, Controlled Melting, Valve Control...etc.   FEATURES Initializing the controller integral to a desired value. Increasing the setpoint in a suitable ramp. Disabling the integral function until the PV has entered the controllable region. Limiting the time period over which the integral error is calculated. Preventing the integral term from accumulating above or below pre-determined bounds.

Nozzle heaters, Anupam's nozzle band heaters "COIL TYPE" are capable of performance under the most adverse conditions. Highly recommended for processing high temperature resins to eliminate premature failures due to burn out process material leakage. Heat transfer is based on conduction as well as on radiation principle, which not only improves the thermal efficiency but easy to assemble on nozzles as no pressure on heating surface is essential. Even unskilled operator can fit the heater with no risk of failure of the heater. Coil Type Nozzle Heaters are specially designed to prevent the failures of heaters against the leakage and contamination of plastic material at nozzle position. This heater can meet the higher temperature requirement prior to moulding at nozzle position. Sealed Mica Nozzle Heaters are hermetically sealed for liquid plastic during the manufacturing process. The connection between the heating element and the leads is protected by a special fitting made of 1 mm thick brass or stainless steel, without welding which allows a high mechanical strength in the most delicate area of the heater. During manufacturing, the Sealed Mica Nozzle Heaters are submitted to extremely high pressure that ensures high insulation, excellent thermal exchange, lack of internal voids, perfectly smooth contact area for an optimum and uniform heat transfer to every part of the nozzle. The Sealed Mica Nozzle Heaters are available in either Brass or Stainless Steel versions, depending on the application. It is recommended to use stainless steel nozzles where the molding or extrusion of PVC is involved as stainless steel will withstand the corrosive fumes far better. The Sealed Mica Nozzle Heaters are a rugged product that resists very well to wearing and shocks. The inner profile is perfectly round, providing a perfect coupling with the nozzle. Size of the connecting cap is minimal, giving extremely limited overall dimensions. Power connection is performed by a Standard metal braided cable with Length of 1000 mm. CONSTRUCTION A thin layer of the "high" thermal conductive MI material is used to electrically insulate the element wire from the inside diameter of the heater sheath. A thicker, "low" thermal conductivity layer backs up the element wire, directing the heat inward toward the heated part. The result is more efficient heat transfer—a performance solution lowering element wire temperatures and increasing heater life. MOUNTING Good thermal contact between the element and metal surface to be heated is essential. It is therefore important that elements are clamped on tightly and that clamps are tightened again when the element has reached operating temperature. Correct fitment and tightening up of these heaters is critical to ensure not only excellent heat transfer but also longevity. STORAGE & COMMISSIONING Elements are susceptible to moisture and should be stored or used in a dry environment. It is recommended to heat up the elements gently after a prolonged period out of commission. This allows moisture to escape and prevents damage to the elements. Some temperature controllers have a “soft-start” feature, but a similar result is achieved by turning the temperature controller down initially. FEATURES Contributes to faster heat-up and throughput for increased productivity Gives an almost instant response to temperature control Resists contamination by overflow of plastic or other free-flowing materials Eliminates cumbersome clamping straps, making installation easier

Voltage : 220/230/240 V

Length : Minimum 25 mm

Mini Coil Heater is manufactured in Two Standard Round Diameters of 1.5mm and 1.8mm. The Mini Coil Heater is swaged and compacted to these diameters and fitted into special clamps to tighten over circular parts for heating purpose. Sheath material available is Chrome Nickel Steel. The Flat diameter of 1.3 mm x 2.3 mm can also be made which is tightly coiled on a heat-conducting precision tube and encapsulated and thermically insulated by an outer lathing part. The Mini Coil Heater clamping styles is designed to save hours of downtime in moulds. The Mini Coil Heater is equipped with special cover for easy fitment over circular parts. low Molding Machine Extrusion Machine Hot Runner System Injection Molding Machine Thermoforming Machine

The resistive wire is uniformly distributed in a compacted MgO insulation, with a CrNi-steel outer protection sheath.The heaters are annealed after manufacturing, thus acquiring a high malleability that allows their being subsequently bent into any complex shape, with extremely narrow bending radius Applications For heating the nozzles of Injection Molding Machines. Thin Walled Container Moulds. Hot Runner Nozzles & Bushings. PET Preformed Moulds. Packaging industry. Welding bars. Rolls' heating. Disks' heating. Plates' heating. FEATURES A very wide contact surface results in exceptionally high levels of thermal conductivity towards the body that needs to be heated. Optimal insulation results in very long life duration. Heavy-duty construction results in very high resistance to mechanical shocks. Operation temperature up to 750°C (1300°F). Optional built-in thermocouple for high-resolution temperature measuring (J-type standard; K-type on request) Insulation Resistance (Cold) : ≥ 5MΩ Leakage current (Cold) : ≤ 0.5mA for 250V AC Diameter Tolerance : ± 0.15mm Length Tolerance : ± 5% Wattage Tolerance : ± 10%

Voltage : Upto 250V

The Controlled atmosphere annealing at the end of the manufacturing process allows the bending of this type of Micro Coil Heater into very complex shapes with extremely narrow bending radius. Passing through this process helps the Micro Coil Heater have total flexibility in the distribution of heating density on the whole surface of the heated body. To ensure that the standard 1000 mm PTFE-insulated connection cable can be positioned at one end, despite the standard two-ended connection of the element, in most cases the Micro Coil Heater is formed into a hairpin shape and wound in a parallel format. Our unformed Micro Coil Heater is also supplied in the hairpin bend shape as standard. Micro Coil Heater solves heating problems, where space is limited. Micro Coil Heater is a high performance heater for smaller diameter Nozzles and Nozzle Tips that can also be formed in grooves to create three dimensional heating applications. Owing to their small cross-sectional dimensions, Micro Coil Heater is most often connected at both ends and do not permit the integration of a thermocouple. Blow Molding Machine Extrusion Machine Hot Runner System Injection Molding Machine Thermoforming Machine.

Strip heaters, often considered component heaters, are a simple way of using surface area to transfer heat effectively. A fairly inexpensive way of heating surfaces or small areas, strip heaters are an excellent solution to meet any budget. If strip heaters are used as a radiant heater, they have can have fins to maximize surface area and heat transfer to the air.   APPLICATION Surface heating Dies Molds Tanks Piping Process air heating Ovens Drying cabinets Baking ovens Vacuum dehydrating ovens Moisture protection for motors Dropping resistors Line applications in railroads and load banks Winterizing Hoppers Conveyors Ducts Car heating systems Thawing Dehumidifiers Space heating Packaging and sealing equipment Food warming equipment Vulcanizing presses Drying equipment Laboratory equipment Air conditioning Blow moulding equipments Features Easy and economical to install Uniform heat distribution Suitable for higher temperatures Built solid, durable, versatile Vibration resistant MOUNTING SUGGESTIONS Maximize your mica strip heater, by ensuring the following tips. The surface to be heated needs to be kept smooth and clean, for best heat transferring. Caution: Gaps can cause hot spotting Terminal post nuts should not be over tightened, while posts should be securely riveted to the elements. Caution: Excessive torque can break the connection DERATING TIPS Heaters mounted less than 1 inch apart on a metal base: derate by 5% Heaters mounted within 3 inches of a reflective surface: derate by 10% Heaters mounted 2-6 increase apart, that radiate toward each other: derate 10% Heaters mounted within one inch from reflective surface(s): derate by 20% Heaters mounted under 2 inches apart, and radiating towards each other:  Surface heating Dies Molds Tanks Piping Process air heating Ovens Drying cabinets Baking ovens Vacuum dehydrating ovens Moisture protection for motors Dropping resistors Line applications in railroads and load banks Dehumidifiers Hoppers Conveyors Ducts Car heating systems Thawing Space heating Packaging and sealing equipment Food warming equipment Vulcanizing presses Drying equipment Laboratory equipment Air conditioning Blow molding equipments

Mica Strip Heaters are constructed by winding a nickel-chrome resistance ribbon around mica insulation and encapsulated in a stainless steel sheath. They are available in an extensive variety of sizes and shapes with options for holes, notches and cut-outs. A number of threaded terminals, wire lead options and terminal boxes offer great flexibility for field wiring. These heaters are ideal for plastic processing applications and for anywhere heat is needed on a flat or curved surface.

Anupam's Strip heaters, often considered component heaters, are a simple way of using surface area to transfer heat effectively. A fairly inexpensive way of heating surfaces or small areas, strip heaters are an excellent solution to meet any budget. If strip heaters are used as a radiant heater, they have can have fins to maximize surface area and heat transfer to the air. Mica Strip Heaters are constructed by winding a nickel-chrome resistance ribbon around mica insulation and encapsulated in a stainless steel sheath. They are available in an extensive variety of sizes and shapes with options for holes, notches and cut-outs. A number of threaded terminals, wire lead options and terminal boxes offer great flexibility for field wiring. These heaters are ideal for plastic processing applications and for anywhere heat is needed on a flat or curved surface.