All orders, wherever possible are shipped the same day within the UK as long as it is received before 1 pm.
Orders placed on Friday after 1 pm or the weekend will be dispatched on Monday.
Ceramic connector blocks provide safe, heat-resistant wiring connections in demanding applications where plastic connectors would fail. These triple pole ceramic connectors are designed for use in ovens, furnaces, kilns, infrared heaters, quartz tube heaters, and catering equipment, ensuring long-lasting, high-temperature performance.
Built with a porcelain body rated to 1000°C and nickel-plated brass inserts rated to 350°C, these high temperature terminal blocks are ideal for protecting cables in heating systems.
Available in one, two, or three pole connections, they handle currents from 32A to 76A (ambient) or 10A to 35A at 350°C, making them a reliable choice for industrial and catering environments.
Porcelain body rated to 1000°C for maximum durability
Nickel-plated brass inserts withstand up to 350°C
Available in 1, 2, or 3 pole connections
Accepts cable sizes up to 16mm²
Voltage: up to 450V AC
Temperature range: 5°C to 350°C
CE marked for safety compliance
Fitted with zinc-plated steel screws for secure fastening
Plastic connector blocks often melt or deform above 80°C, making them unsuitable for heating systems. Ceramic wiring blocks are designed to resist extreme heat, ensuring safe and reliable connections. These heatproof electrical connectors prevent damage to cables and maintain performance even in harsh conditions.
Industrial ovens and furnaces
Catering and commercial kitchen equipment
Infrared and quartz tube heaters
Kilns and other high temperature systems
Any environment requiring heat resistant connector blocks
Durable – withstands extreme heat without melting
Safe – touch-safe, secure wiring connections
Versatile – suitable for multiple heating applications
All orders, wherever possible are shipped the same day within the UK as long as it is received before 1 pm.
Orders placed on Friday after 1 pm or the weekend will be dispatched on Monday.