1400C Natural Gas Fired Shuttle Kiln High Temperature Kiln for Sanitary Ware Batch Firing

Product Overview

The RY-SK-NG-1400 is a natural gas fired shuttle kiln purpose-built for high temperature batch firing of sanitary ware such as toilets, basins and urinals. As an intermittent high temperature kiln, it combines a powered shuttle car loading system with high-speed gas burners to deliver repeatable firing results for large ceramic bodies.

Key Features

• High temperature kiln design rated at 1400°C continuous operation for sanitary ware and heavy ceramic bodies
• Natural gas combustion with high-speed burners ensures uniform firing across the whole chamber
• Ceramic fiber module and high-alumina refractory brick lining minimize heat loss and cut fuel consumption
• PLC touch screen control with fully programmable firing curves for precise temperature control
• Powered shuttle kiln car with sand seal guarantees smooth loading and reliable chamber sealing
• Waste heat utilization system improves overall energy efficiency of every batch cycle

Technical Parameters

Applications

This batch kiln is widely used for bisque firing and glost firing of sanitary ware, tableware and large ceramic parts where uniform firing and precise temperature control are essential for product quality.

Customization & After-Sales Service

Chamber volume, car size and burner configuration can be customized to your workshop layout and production output. We provide installation guidance, commissioning support and a one-year warranty with lifelong technical consultation.

FAQ

Q: What is the maximum firing temperature of this shuttle kiln?
A: The kiln is rated for continuous operation at 1400°C, suitable for sanitary ware and ceramic body firing.

Q: How is temperature uniformity guaranteed?
A: High-speed natural gas burners with automatic air-fuel ratio control plus multi-zone PID regulation keep the uniformity within ±5°C.

Q: Can the firing curve be programmed?
A: Yes, the PLC touch screen supports fully programmable temperature ramps, soaking and cooling stages for repeatable batches.