Looking For Reliable Ceramic Or Polyimide Strip Heaters For Space Heating, Appliance Repair, Or Industrial Use? Below Is A Focused Selection Of film, PTC ceramic, And tower-style heaters And High-Temperature Ceramic Accessories That Match Common Ceramic Strip Heater Uses. The Short Summary Table Helps You Compare Key Specs Quickly.
| Product | Type / Key Feature | Voltage / Power |
|---|---|---|
| Nelyrho Ceramic Fiber Insulation Blanket | High-Temp Ceramic Fiber Blanket, Fireproof | Up To 2700°F Rated |
| Coliao 24V Polyimide Film Heater | Polyimide Film Strip Heater, 30W | DC 24V / 30W |
| DWEII 12V 12W Polyimide Film Heater | Adhesive Polyimide Strip, Compact | DC 12V / 12W |
| DWEII 12V 7W Polyimide Film Heater | Smaller 7W Adhesive Polyimide Heater | DC 12V / 7W |
| Dreo Space Heater (PTC Ceramic) | 1500W Portable PTC Ceramic Room Heater | AC / 1500W |
Content Navigation
Coliao 24V Polyimide Film Heater
This polyimide film heater is designed as a thin, adhesive strip heating element intended for compact applications where surface bonding is needed. The listed features specify a working voltage of DC 24V and a power rating of 30W, with a maximum operating temperature around 170°C.
Practical uses include preheating small housings, maintaining temperature in enclosures, and laboratory or prototyping tasks. The product notes that film heaters do not self-regulate and should be paired with a 24V temperature controller for controlled operation.
- Fast Preheating: Uses thermo foil heating element and polyimide insulation for quick warm-up and stable operation once at setpoint.
- Safety & Durability: Polyimide offers high thermal resistance and electrical insulation suitable for moderate-temperature service.
- Integration: Adhesive backing simplifies mounting to flat surfaces; electrical control and wiring should meet application safety standards.
DWEII 12V 12W Film Heater Adhesive Pad
This 12V polyimide adhesive heater is a small-format strip element delivering 12W and rated for maximum temperatures near 150°C. It’s produced with heat-sealing processes to form a compact adhesive pad that bonds to surfaces.
Call 888-896-7031 for Free Local HVAC Quotes – Compare and Save Today!
Use cases include electronics de-icing, localized heating in small enclosures, or maintaining temperatures on sensor mounts. Listed features emphasize dielectric strength and thermal efficiency, and the self-adhesive backing enables easy attachment.
- Electrical Characteristics: Designed for 12V DC systems—appropriate for low-voltage vehicle, marine, or battery-powered heaters with proper control.
- Physical Integration: Thin format allows placement in confined spaces; ensure adhesive compatibility with substrate.
- Temperature Control: Requires external temperature regulation to avoid overheating or component damage.
DWEII 12V 7W Polyimide Strip Heater
The 7W variant of the DWEII polyimide heaters is optimized for very low-power applications where mild, consistent heat is required. The maximum temperature is listed at about 100°C, and the product highlights excellent dielectric and thermal conduction properties.
This size suits tasks like maintaining humidity levels in small enclosures, preventing condensation on sensors, or gentle warming of delicate components. Its self-adhesive backing simplifies retrofit installations where larger heaters would be impractical.
- Low Power Use: Useful for battery-operated and energy-conscious systems.
- Mounting: Adhesive-backed design reduces need for mechanical fasteners but follow recommended surface prep for reliable adhesion.
- Thermal Limits: Use within rated temperature and provide control or cycling to avoid exceeding component tolerances.
Dreo Space Heaters With PTC Ceramic Core
This Dreo model is a 1500W PTC ceramic space heater intended for portable room heating rather than strip-heater tasks. Its inclusion is relevant because PTC ceramic elements share ceramic heating principles and safety features useful in household heating contexts.
Call 888-896-7031 for Free Local HVAC Quotes – Compare and Save Today!
Key listed features include rapid heating with PTC ceramic technology, wide-angle oscillation, safety systems like tip-over and overheat protection, and controls such as remote and timers. The product cites coverage for medium-to-large rooms and ETL listing for safety.
- PTC Ceramic Element: Self-limiting heating characteristics are typical of PTC ceramics, enhancing safety compared to unregulated resistive strips.
- Safety Systems: Integrated safeguards and flame-retardant housing aimed at indoor use.
- Application Fit: Best for whole-room comfort rather than component-level heating or high-temperature process tasks.
Honeywell Slim Ceramic Tower Heater
The Honeywell slim tower uses a ceramic heating element designed for residential heating with two heat settings and a programmable thermostat. Its feature set includes overheat protection, tip-over switch, and selectable timer options.
While not a strip heater in the film-sense, its ceramic heating core demonstrates how ceramic materials are used in consumer heating for stable, efficient output and enhanced safety controls suitable for living spaces.
- Heat Settings: Multiple wattage modes allow power management and comfort tuning.
- Safety Features: Overheat and tip-over protections are standard for portable ceramic units.
- Installation: Plug-and-play home use; no adhesive mounting required.
Buying Guide For Ceramic Strip Heaters And Related Ceramic Heating Components
This guide covers the essential factors to evaluate when choosing a ceramic strip heater, polyimide film heater, or ceramic-based room heater. Consider application, temperature, power, control, safety, compatibility, and longevity.
Application And Heater Type
Identify whether you need a thin polyimide film heater for component-level heating, a PTC ceramic element for safe, self-regulating room heating, or refractory ceramic fiber for insulation and thermal barriers. Film heaters bond to surfaces; PTC units are typically integrated into appliances; ceramic fiber blankets are insulation, not active heaters.
Voltage And Power Requirements
Match the heater’s voltage and wattage to your system. Low-voltage film heaters (12V/24V) suit battery or DC-powered applications. AC mains ceramic heaters use higher wattage for room heating. Verify power sources, wiring capacity, and connector ratings.
Temperature Range And Stability
Choose an element rated for the target temperature. Polyimide film heaters typically handle 100–170°C, while ceramic fiber insulation is rated for much higher temperatures (up to thousands °F). Ensure the heater’s maximum temperature exceeds your operating requirement with margin.
Mounting And Physical Integration
Adhesive-backed films simplify installation but require compatible substrate surfaces and proper surface prep. Rigid or modular ceramic heaters need mechanical fasteners and clearance. Consider thickness, flexibility, and how close the heater will be to sensitive components.
Control And Regulation
Film heaters rarely self-regulate; include thermostats, PID controllers, or temperature cutoffs to prevent thermal runaway. PTC ceramic heaters often have self-limiting behavior but still benefit from thermostatic control for comfort and efficiency.
Electrical Insulation And Safety
Confirm dielectric strength and insulation materials when heaters are near electronics. For consumer room heaters, prioritize units with overheat protection, tip-over switches, and relevant safety listings (ETL/UL). For high-temperature industrial uses, follow local electrical and fire codes.
Durability And Environmental Factors
Assess resistance to moisture, chemicals, vibration, and repeated thermal cycling. Polyimide films perform well under repeated cycles but can be damaged by sharp bending. Ceramic fiber is fragile mechanically but withstands extreme heat.
Compatibility With Existing Equipment
Check connector types, available mounting space, and controller compatibility. When retrofitting, measure fit precisely and verify that adhesives and materials will not outgas or degrade adjacent components.
Comparison Perspectives
- Power Density: Film heaters provide high surface heat per area at low mass; choose larger area or higher wattage for greater heat flux.
- Temperature Ceiling: Ceramic fiber insulation serves process temperatures far above polyimide films; use fibers for thermal barriers rather than active heating.
- Safety: PTC ceramic elements and consumer heaters include built-in safety; film heaters rely on external controls and appropriate installation.
- Application Fit: For precision component heating use adhesive polyimide films; for room comfort choose PTC ceramic heaters; for insulating hot zones choose ceramic fiber blankets.
When selecting a heater, document the operating environment, required temperature range, mounting constraints, control strategy, and applicable safety standards. Match these parameters to the product specifications listed by manufacturers to ensure a safe and effective installation.
Tips for Getting the Best HVAC Prices
- Prioritize Quality Over Cost
The most critical factor in any HVAC project is the quality of the installation. Don’t compromise on contractor expertise just to save money. - Check for Rebates
Always research current rebates and incentives — they can significantly reduce your overall cost. - Compare Multiple Quotes
Request at least three estimates before making your choice. You can click here to get three free quotes from local professionals. These quotes include available rebates and tax credits and automatically exclude unqualified contractors. - Negotiate Smartly
Once you've chosen a contractor, use the proven strategies from our guide — How Homeowners Can Negotiate with HVAC Dealers — to get the best possible final price.