AllPoints GL1292400 2.75 Inch Ceramic Side Deep Fryer Component
- Ensures precise, uniform heat transfer in fryers
- Constructed with durable, high-grade ceramic material
- Supports high-volume frying with thermal stability
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The Garland GL1292400 Ceramic is a high-quality replacement ceramic component designed specifically for commercial Frymaster fryers, including models Gf40 J3fc J65x Jcfx Mac series 50/51, 150/151, 250/251, 350/351, as well as Series J1c Mj15, Mj35, Mj41. This precision-engineered ceramic element measures 2 7/8" x 3 1/2" and ensures consistent heat transfer within industrial frying equipment. Constructed with durable ceramic material, it offers excellent thermal stability and corrosion resistance, making it suitable for demanding foodservice environments. Its compatibility with Garland and Frymaster fryer models contributes to reliable performance, minimizing downtime and maintenance costs. The GL1292400 is optimized for precise thermal regulation in commercial kitchens, supporting high-volume frying operations with stability and efficiency.
The Garland GL1292400 Ceramic element provides reliable, uniform heat distribution for commercial fryers, with durable ceramic construction that withstands high temperatures and repeated cleaning. Designed for easy installation and replacement, it ensures consistent fryer performance, reducing downtime. Its compatibility with multiple Frymaster and Garland models supports seamless workflow integration in busy foodservice setups. The precise dimensions and high-grade ceramic material deliver long-lasting thermal stability, making it ideal for medium-volume frying tasks in professional kitchens.
Ideal for professional kitchens requiring reliable ceramic heating elements for medium-volume frying applications.
The Garland GL1292400 ceramic component operates efficiently with a compact design measuring 2 7/8" x 3 1/2", weighing 0.3 lbs for easy handling and replaceability. Constructed from high-temperature ceramic, it is designed for long-term durability and thermal stability in demanding foodservice environments. It is compatible with Garland and Frymaster fryer models and supports an operating temperature range suitable for high-temperature frying applications. The ceramic material is food-safe and easy to clean, ensuring sanitation standards are maintained. The unit is manufactured in the United States, emphasizing quality control and reliability. Its precise dimensions and material composition make it a vital component for consistent heat regulation in commercial fryers, supporting high-volume cooking operations efficiently.
A commercial ceramic heating element is a high-temperature耐 component used in industrial frying equipment to provide precise, stable heat. Specifically, the Garland GL1292400 Ceramic is engineered for compatibility with Frymaster fryers, supporting high-volume foodservice operations. It features a compact size of 2 7/8" x 3 1/2" and is constructed from durable ceramic material that ensures consistent thermal performance and resistance to wear. Installed typically within fryers in restaurant kitchens, it offers reliable heat transfer essential for efficient frying processes, making it ideal for medium-volume applications in busy commercial kitchens.
Designed for consistent performance in high-demand kitchens, Garland GL1292400 ceramic elements offer durable construction and precise heat regulation, ideal for medium-volume frying environments. AllPoints GL1292400 ensures reliable operation, supporting efficient workflow in commercial foodservice settings. This rugged component is optimized for fryers used in restaurant prep stations and food production facilities, providing dependable heat transfer for quality results.
AllPoints GL1292400 stands out through its precision-engineered ceramic construction, ensuring durability and thermal stability in commercial fryers. Its compatibility with multiple fry models and straightforward replacement process enhances operational efficiency. The ceramic’s high-performance heat transfer and corrosion-resistant qualities reduce maintenance needs, providing reliable, restaurant-ready performance in demanding foodservice environments.
