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Supplier: Tempco Electric Heater Corporation
Description: Etched Foil Kapton flexible heaters are made with a thin metal foil (.001"), usually a nickel base alloy, as the resistance element. The resistance pattern to be etched is designed in CAD and transferred to the foil, which is laminated to the insulating substrate. The
- AC Voltage Required: 120 to 240 volts
- Heater Type: Flexible Heater
- Watt Density: 3.25 to 13 W/in²
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Supplier: Tempco Electric Heater Corporation
Description: Silicone Rubber Heaters are available as wire wound or etched foil. Wire wound elements consist of the resistance wire wound on a fiberglass cord for support and stability. Etched foil heaters are made with a thin metal foil (.001”) as the resistance element. Wire wound is
- Heater Type: Flexible Heater
- Maximum Operating (Sheath) Temperature: 392 to 500 F
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Supplier: DBK USA, Inc.
Description: control. In addition to the selfregulation, every point on the foil‘s surface is independantly temperature limiting, which optimizes the power consumption. Features Energy optimizing - heats only when and where needed Automatical off-switch - no risk of overheating High power in cold surroundings No
- AC Voltage Required: 12 to 48 volts
- Heater Type: Flexible Heater
- Heating Capacity: 5.00E-4 to 0.6000 kW
- Maximum Operating (Sheath) Temperature: -76 to 158 F
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Supplier: WATTCO
Description: Silicone rubber heaters from WATTCO™ are composed of fiberglass reinforced silicone rubbers that are moisture and chemical resistant. Thin and flexible, silicone rubber heater elements are designed to meet the requirements of various low and medium temperature
- AC Voltage Required: 120 to 600 volts
- Fuel / Energy Source: Electric
- Heater Type: Flexible Heater
- Maximum Operating Temperature: -70 to 450 F
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Supplier: Benchmark Thermal Corp.
Description: Motor Heaters Motor Heaters have wire-wound or etched foil heating circuits laminated between thin layers of fiberglass-reinforce d, high temperature insulation, silicone rubber. They help prevent moisture build-up in electrical motors by warming the motor's electrical
- AC Voltage Required: 120 to 240 volts
- Fuel / Energy Source: Electric
- Heater Type: Flexible Heater
- Heating Capacity: 0.0250 to 0.1250 kW
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Supplier: Minco
Description: SmartHeat SLT Thin-Film Heaters Minco’s SmartHeat SLT heaters strive to maintain a constant temperature. They will produce high power when attached to a cold object and will rapidly heat that object within a prescribed control temperature range. The exact control temperature is
- AC Voltage Required: 12 volts
- Heater Type: Strip Heater, Flexible Heater
- Maximum Operating Temperature: -26 F
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Supplier: Benchmark Thermal Corp.
Description: Flexible Heaters Flexible heaters can supply heat to a wide variety of applications. They can be custom designed to accommodate contours, holes, and geometric shapes, and will deliver uniform temperature. These heaters are ideal for large and small contact areas
- AC Voltage Required: 115 volts
- Fuel / Energy Source: Electric
- Heater Type: Flexible Heater
- Heating Capacity: 0.1963 to 0.7852 kW
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Supplier: Benchmark Thermal Corp.
Description: Silicone Rubber Heaters Silicone Rubber heaters have wire-wound or etched foil heating circuits laminated between thin layers of fiberglass-reinforce d, high-temperature insulation, silicone rubber. The thin profile transfers heat quickly because the actual resistance
- AC Voltage Required: 115 volts
- Fuel / Energy Source: Electric
- Heater Type: Flexible Heater
- Maximum Operating Temperature: -70 to 450 F
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Supplier: Benchmark Thermal Corp.
Description: Silicone Rubber Heaters Silicone Rubber heaters have wire-wound or etched foil heating circuits laminated between thin layers of fiberglass-reinforce d, high-temperature insulation, silicone rubber. The thin profile transfers heat quickly because the actual resistance
- AC Voltage Required: 115 volts
- Fuel / Energy Source: Electric
- Heater Type: Flexible Heater
- Maximum Operating Temperature: -70 to 450 F
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Supplier: OMEGA Engineering, Inc.
Description: The Polymide Film heater kit contains thin and flexible heaters with adhesive backing to conform to practically any flat or curved surface. With 15 different shapes, this kit can suit almost any application. Heater configurations are outlined on a 0.3 x 0.3 m (1 x
- AC Voltage Required: 12 to 230 volts
- Heater Type: Flexible Heater
- Heating Capacity: 6.00E-4 to 6.01 kW
- Maximum Operating (Sheath) Temperature: 392 F
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Supplier: Honeywell Sensing & IoT
Description: The C3400 Series Kapton® Insulated Flexible Heaters contain etched, resistive foil encased between two layers of Kapton. The Kapton Insulated Heaters use an acrylic, thermoset bonding adhesive, while the High Temperature Kapton Insulated Heaters use a Teflon® bonding
- AC Voltage Required: 28 volts
- Heater Type: Flexible Heater
- Heating Capacity: 0.0800 kW
- Sleeve (Sheath) Material: Polyimide
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Supplier: Honeywell Sensing & IoT
Description: The C3400 Series Kapton® Insulated Flexible Heaters contain etched, resistive foil encased between two layers of Kapton. The Kapton Insulated Heaters use an acrylic, thermoset bonding adhesive, while the High Temperature Kapton Insulated Heaters use a Teflon® bonding
- AC Voltage Required: 110 volts
- Heater Type: Flexible Heater
- Heating Capacity: 0.1600 kW
- Sleeve (Sheath) Material: Polyimide
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Supplier: Honeywell Sensing & IoT
Description: The C3400 Series Kapton® Insulated Flexible Heaters contain etched, resistive foil encased between two layers of Kapton. The Kapton Insulated Heaters use an acrylic, thermoset bonding adhesive, while the High Temperature Kapton Insulated Heaters use a Teflon® bonding
- AC Voltage Required: 28 volts
- Heater Type: Flexible Heater
- Heating Capacity: 0.0600 kW
- Sleeve (Sheath) Material: Polyimide
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Supplier: Honeywell Sensing & IoT
Description: The C3400 Series Kapton® Insulated Flexible Heaters contain etched, resistive foil encased between two layers of Kapton. The Kapton Insulated Heaters use an acrylic, thermoset bonding adhesive, while the High Temperature Kapton Insulated Heaters use a Teflon® bonding
- AC Voltage Required: 28 volts
- Heater Type: Flexible Heater
- Heating Capacity: 0.0400 kW
- Sleeve (Sheath) Material: Polyimide
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Supplier: Birk Manufacturing, Inc.
Description: , Kapton®, mica and butyl. Birk's Kapton® flexible heaters are thin flexible heaters that are highly customizable and allow for rapid thermal recovery. Each material has its own features and benefits, but they all cover wide temperature ranges. Depending on your
- Heater Type: Flexible Heater
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Supplier: OMEGA Engineering, Inc.
Description: and fully vulcanized fiberglass reinforced silicone rubber. They are resistant to mechanical damage and to attack from many chemical substances. The use of reinforced silicone rubber material as a base for the drum heater allows the design of extra flexible, very thin and
- AC Voltage Required: 115 to 230 volts
- Fuel / Energy Source: Electric
- Heater Type: Drum Heater
- Maximum Operating Temperature: 450 F
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Supplier: SKF/North America
Description: A flexible heating solution for very large bearings and workpieces The patent pending, SKF Multi-core Induction Heaters TIH MC series are energy efficient custom-made heating solutions, that can save heating time and potentially reduce CO2 emissions. Flexible design
- Form Factor: Floor Standing
- Type: Yoke Style
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Supplier: Pelonis Technologies, Inc.
Description: If the heater requires a higher heat-up rate or higher power density (>0.8W/cm2), make sure a temperature sensor or thermostat is installed to prevent overheating causing damage to products. Dimensions and specifications are subject to change without notice.
- AC Voltage Required: 220 volts
- Heater Type: Flexible Heater
- Heating Capacity: 4.80E-4 kW
- Watt Density: 0.1900 W/in²
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Supplier: Pelonis Technologies, Inc.
Description: If the heater requires a higher heat-up rate or higher power density (>0.8W/cm2), make sure a temperature sensor or thermostat is installed to prevent overheating causing damage to products. Dimensions and specifications are subject to change without notice.
- AC Voltage Required: 120 volts
- Heater Type: Flexible Heater
- Heating Capacity: 3.20E-4 kW
- Watt Density: 0.2500 W/in²
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Supplier: Pelonis Technologies, Inc.
Description: If the heater requires a higher heat-up rate or higher power density (>0.8W/cm2), make sure a temperature sensor or thermostat is installed to prevent overheating causing damage to products. Dimensions and specifications are subject to change without notice.
- AC Voltage Required: 230 volts
- Heater Type: Flexible Heater
- Heating Capacity: 4.70E-4 kW
- Watt Density: 0.2300 W/in²
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Supplier: Pelonis Technologies, Inc.
Description: If the heater requires a higher heat-up rate or higher power density (>0.8W/cm2), make sure a temperature sensor or thermostat is installed to prevent overheating causing damage to products. Dimensions and specifications are subject to change without notice.
- AC Voltage Required: 220 volts
- Heater Type: Flexible Heater
- Heating Capacity: 5.50E-4 kW
- Watt Density: 0.5500 W/in²
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Supplier: Thermal Circuits, Inc.
Description: Silicone Rubber is the most versatile rubber based dielectric used to produce flexible surface heaters. Both etched foil and wire wound element designs are offered. The application determines the choice. Fiberglass reinforced Silicone Rubber Heaters are thin and
- Maximum Operating (Sheath) Temperature: 347 F
- Sleeve (Sheath) Material: Synthetic Rubber, Other
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Supplier: Thermal Circuits, Inc.
Description: Silicone Rubber is the most versatile rubber based dielectric used to produce flexible surface heaters. Both etched foil and wire wound element designs are offered. The application determines the choice. Fiberglass reinforced Silicone Rubber Heaters are thin and
- Fuel / Energy Source: Electric
- Heater Type: Radiant Heater, Radiant Flat Panel Heater, Radiant Reflective Process Heater, Strip Heater, Air Heater, Flexible Heater
- Maximum Operating Temperature: 428 F
- Sleeve (Sheath) Material: Synthetic Rubber, Other
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Supplier: Backer Marathon, Inc.
Description: Choose from one of our many stock sizes or let us design and manufacture a custom heater for you, no minimum quantity. Silicone rubber heaters offer many benefits and possibilities for use in applications up to 450°F. Put the heat right where you need it. Design versatility
- AC Voltage Required: 240 volts
- Heater Type: Flexible Heater
- Heating Capacity: 0.1500 kW
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Supplier: Trebor International
Description: . The PFA enclosure ensures plenum compatibility and resists corrosion or discoloration. Most importantly, your application is free from metal ion contamination risk if the external thin-film heating element should ever fail, unlike immersion style resistive heaters. Simplicity and
- AC Voltage Required: 208 to 400 volts
- Fuel / Energy Source: Electric
- Heater Type: Inline Heater
- Heating Capacity: 3 to 6 kW
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Supplier: RS Components, Ltd.
Description: Silicone heater mat technology delivers improved 3D Printer quality and speed of process. The heater mans are thin and lightweight and have a low thermal mass. Due to this low mass, the mats have rapid heat up characteristics and fast response to temperature control. The 3D
- AC Voltage Required: 240 volts
- Heater Type: Flexible Heater
- Heating Capacity: 0.3960 kW
- Maximum Operating (Sheath) Temperature: 356 F
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Supplier: SKF/Global
Description: A flexible heating solution for very large bearings and workpieces The patent pending, SKF Multi-core Induction Heaters TIH MC series are energy efficient custom-made heating solutions, that can save heating time and potentially reduce CO2 emissions. Flexible design
- Form Factor: Floor Standing
- Type: Yoke Style
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Supplier: RS Components, Ltd.
Description: Silicone heater mat technology delivers improved 3D Printer quality and speed of process. The heater mans are thin and lightweight and have a low thermal mass. Due to this low mass, the mats have rapid heat up characteristics and fast response to temperature control. The 3D
- AC Voltage Required: 240 volts
- Fuel / Energy Source: Electric
- Heater Type: Flexible Heater
- Heating Capacity: 0.2750 kW
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Supplier: Technic, Inc.
Description: , servomotor driven hoist / cassette transfer mechanism, travel limit sensors, heaters, temperature controllers, low level safety devices, process pumps, filter housing, wafer cassette agitation mechanisms, wafer carrier racks, and quick dump rinse cell assemblies, and cassette drying cell
- Applications & Materials Processed: Other
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Supplier: RS Components, Ltd.
Description: A flexible, ultra-thin heating cable, suitable for small or difficult areas. Features and Benefits. · PTFE- insulated cables. ·100% aluminium earth shield Applications. · Tiled floors. · Carpet. · Bonded Wood. · Vinyl flooring. · Solid
- Strip Length: 465 inch
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Supplier: Pyromation
Description: The temperature sensors illustrated below are generally used for surface temperature measurement. The series SS and ST spade thermocouples are sandwiched between two thin shims of either stainless steel or two pieces of fiberglass tape. They can be attached using a worm drive hose clamp or by
- Base Metal Type: E, J, K, T
- Gauge: 24
- Insulation / Sheath Material: Fiberglass
- Style: Full Length 2-hole Insulator, Flexible Style
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Description: doorframe limits risk of exterior frosting Optional window with thin-film heaters and LED lighting One adjustable stainless steel shelf with support rails (100 lb. capacity) One 4" diameter cable port centered in the left hand wall with two flexible plugs Casters
- Chamber Capacity: 27 cubic feet
- Configuration: Reach-In
- Features: Lights, Programmable, Shelves, Windows
- Temperature Control: Heating
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Supplier: ValueTronics International, Inc.
Description: × 89 mm H × 368 mm D (8.5 in × 3.5 in × 14.5 in), half rack Approval: CE mark The Model 331 temperature controller combines the easy operation and unsurpassed reliability of the Model 330 with improved sensor input and interface flexibility, including
![C3400 Series Kapton Insulated or High Temperature Insulated Flexible Heater, 28 V, 0,78 W/cm² [5 W/in²] Watt Density, 80 W Total Wattage, 9.8 Ohm Resistance, 101,6 mm L x 101,6 mm [4 in L x -- C3400-6239](https://partimages.globalspec.com/32/2882/4632882_medium.png "C3400 Series Kapton Insulated or High Temperature Insulated Flexible Heater, 28 V, 0,78 W/cm² [5 W/in²] Watt Density, 80 W Total Wattage, 9.8 Ohm Resistance, 101,6 mm L x 101,6 mm [4 in L x -- C3400-6239")
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Heating with Superior Thermal Properties Ultra-Thin Flexible Heaters' thin construction and low mass designs allow heat to transfer more efficiently than foil imprinted heaters. Uniform part temperatures are assured by matching power (read more)
Browse Flexible Heaters Datasheets for Pelonis Technologies, Inc. -
Flexible heaters are made from Ultra-Thin Polymide Film, Polyester (PET), Silicon Rubber, Mica, Transparent Film, and Fabric. Each offers unique properties and delivers precision, versatility, and efficiency to meet many heating application requirements, from medical (read more)
Browse Flexible Heaters Datasheets for Pelonis Technologies, Inc. -
When it comes to efficient and reliable heating solutions, flexible silicone heaters are the premier choice for a wide range of applications. Flexible silicone heaters are thin, lightweight, and durable heating elements made from silicone rubber. They are designed to provide efficient (read more)
Browse Flexible Heaters Datasheets for Backer Hotwatt Inc. -
That’s where Tempco’s silicone rubber heaters consistently prove their value. Thin, lightweight, and built to conform, they deliver precise, reliable heat in exactly the locations and configurations that other heater types cannot. Tempco offers silicone rubber heaters in two distinct element constructions, each suited to different production and performance requirements. (read more)
Browse Flexible Heaters Datasheets for Tempco Electric Heater Corporation -
Choose from one of our many stock sizes or let us design and manufacture a custom heater for you, no minimum quantity. Silicone rubber heaters offer many benefits and possibilities (read more)
Browse Flexible Heaters Datasheets for Backer Marathon, Inc. -
flow sensors offer solutions for a wide variety of flow applications. The thin film and membrane technologies incorporate highly accurate temperature sensors and heaters as core elements of the sensors (read more)
Browse Flow Meters Datasheets for Innovative Sensor Technology IST USA Division -
: These heaters are thin, flexible, and can conform to curved surfaces or specific shapes within the coffee maker. Applications: They are used in areas where space is limited or where heating needs to be distributed across the surface. Temperature Range (read more)
Browse Electric Heaters Datasheets for Backer Marathon, Inc. -
Honeycomb PTC Air Heaters Ultra-Thin Flexible Heaters Summary Catalog (read more)
Browse Electronic Cooling Fans Datasheets for Pelonis Technologies, Inc. -
IST’s New Micro Flow Sensor for Ultra Low Gas-Flow Applications Innovative Sensor Technology has developed a new MFS02 micro flow sensor that utilizes thin film technology to (read more)
Browse Flow Meters Datasheets for Innovative Sensor Technology IST USA Division
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Flexible Silicone Rubber Heaters and Ten Reasons to Choose Them for Your Industrial Applications
Silicone rubber heaters are a type of flexible heater that derive their name from silicone rubber - a variant of synthetic rubber. These heaters are commonly employed in applications where industrial heaters are used to heat small spaces. Many of these spaces are inaccessible for fitting
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Silicone Rubber Heaters: Types, Mounting, and Applications Discussed
Silicone rubber heaters are widely used in applications where improved heat transfer rates are needed. These heaters are lightweight, extremely flexible, and thin, which makes them popular across industries. Most experienced silicone rubber heater manufacturers can offer them in custom
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A Flat-Plate Thermal-Conductivity Apparatus for Measuring Low-Conductivity Materials at Cryogenic Temperatures
(2) The thin flexible heater helps reduce lateral heat flow and allows the center and guard heaters to con- form to slight variations in the panels.
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A microperfused incubator for tissue mimetic 3D cultures
Forced convection of the appropriate gas, such as 5% CO2/ 95% air, over a thin flexible heater warms the incubator.
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Challenges in forming successful mixed matrix membranes with rigid polymeric materials
To check the hypothesis that reversing the tempera- ture gradient could subdue the pattern formation in mixed matrix films at higher temperatures, casting was performed by heating from above using a thin flexible heater (OMEGALUX obtained from OMEGA Inc.
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Fabrication of microstructures and microdevices by the particle assemblage
We try to make a thin flexible heater of BaTiO3 as follows.
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Heat-transfer dynamics during cryogen spray cooling of substrate at different initial temperatures
To increase the initial substrate temperature (T0), a thin flexible heater (KHLV-101/5, Omega Engineering, Stamford, CT) is temporarily placed on top of the aluminium foil.
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Thermal Conductivity of Fiber-Reinforced Lightweight Cement Composites
Daniel P. Hochstein
The setup for this experiment consists of two 6"×6" cylindrical specimens, two aluminum disks with a diameter of 6”, and one thin flexible heater arranged as shown in Figure 3-13.
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Wind Turbine Control and Monitoring
Thin flexible electrothermal heaters [26] with 5 watt and 10 watt power ratings are used in different regions of the blade for thermal actuation.
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Photonics/Optics :: NASA Tech Briefs
Therma Klear Flex™ thin flexible transparent heaters from Dontech (Doylestown, PA) provide the warmth necessary to extend operating temperature of liquid crystal displays (LCDs) in cold environments (0° to below -40 °C).
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Features :: NASA Tech Briefs
Therma Klear Flex™ thin flexible transparent heaters from Dontech (Doylestown, PA) provide the warmth necessary to extend operating temperature of liquid crystal displays (LCDs) in cold environments (0° to below -40 °C).
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Flexible Heaters - Nasa Tech Briefs :: NASA Tech Briefs
Therma Klear Flex™ thin flexible transparent heaters from Dontech (Doylestown, PA) provide the warmth necessary to extend operating temperature of liquid crystal displays (LCDs) in cold environments (0° to below -40 °C).