AllPoints J60-2240-6 3/4 Inch Channel Heater Wire Stainless Steel 6 Feet with Cut To Size
- High resistance to corrosion and thermal stress
- Supports precise heat transfer and reliability
- Can be cut to fit specific installation needs
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The Component Hardware Group J60-2240-6 Channel Heater Wire in stainless steel is engineered for precise thermal applications within commercial foodservice environments. This 6-foot (1.8-meter) heater wire features a durable stainless steel construction, offering high resistance to corrosion and thermal stress. Its adaptable design allows for easy customization through cutting to size, making it suitable for various heating installations involving fiberglass braided wire components. Ideal for commercial kitchens, bakeries, and processing plants, this heater wire ensures reliable heat transfer and longevity under demanding operational conditions. Its specifications include a width of 3/4" (19 mm) and a lightweight design, facilitating straightforward installation and maintenance in professional settings.
The J60-2240-6 Channel Heater Wire provides essential thermal performance for commercial food processing and heating applications. Its stainless steel material ensures durability and resistance to high temperatures, while the cut-to-size flexibility simplifies installation in custom configurations. Designed for ease of handling, it supports workflows requiring precise heat delivery and maintenance efficiency in food production environments.
Suitable for custom heating setups, this heater wire meets the demanding needs of professional kitchens and food manufacturing lines.
The AllPoints J60-2240-6 stainless steel channel heater wire is built for durability and high-performance thermal management in commercial foodservice operations. Measuring 6 feet (1.8 meters) in length with a 3/4" (19 mm) width, it provides a weight of approximately 0.68 lbs, making it manageable for installation and replacement. Crafted in the United States, this heater wire is non-hazardous and compatible with fiberglass braided wire systems, supporting precise heat application. Its construction height is 0.25" with a depth of 72". Although discontinued, its design ensures reliable performance in professional heating applications, maintaining operational efficiency over extensive use. The wire supports the usual high-temperature environment, offering safe use within the recommended temperature ranges and cleaning protocols.
A commercial channel heater wire is a specialized heating element designed to provide consistent heat transfer within industrial and foodservice environments. Typically constructed from durable materials such as stainless steel, it features a length suitable for custom installations and can be cut to precise specifications. Installed in heating channels or fiberglass braided wire assemblies, it supports efficient thermal regulation in equipment like ovens, proofers, or heated storage units. The Component Hardware Group J60-2240-6 heater wire is optimized for professional food processing facilities and bakery operations, especially in applications requiring reliable, self-contained heating elements capable of withstanding demanding thermal cycles and cleaning procedures. Its technical design ensures optimal performance in moderate workload settings like commercial kitchens and catering services.
Designed for medium workload applications, the Component Hardware Group J60-2240-6 stainless steel heater wire ensures reliable thermal support in various commercial kitchen and food processing environments. Built for durable operation and easy customization in foodservice equipment, it’s ideal for tasks requiring flexible installation in moderate throughput workflows. AllPoints J60-2240-6 offers the quality needed for consistent heat delivery and maintenance efficiency in professional kitchens.
Choosing the AllPoints J60-2240-6 offers a robust stainless steel construction with adaptable, cut-to-size flexibility designed for reliable thermal performance. Its corrosion resistance and high-temperature durability support long-term operational efficiency in demanding food processing environments. Its compact footprint facilitates easy integration into various heating assemblies, ensuring straightforward maintenance and replacement compared to bulkier or less resilient alternatives.
