Product Details
Place of Origin: CHINA
Brand Name: RUIYAO
Payment & Shipping Terms
Minimum Order Quantity: 1
Price: RMB 100,0000-150,0000 yuan
Packaging Details: According to customers needs
Delivery Time: 45 days
Payment Terms: L/C,, D/A,, D/P, T/T, Western Union, MoneyGram
Supply Ability: 45 days
Temperature Control: |
PID/PLC |
Weight: |
According To Products |
Durability: |
High |
Materialprocessed: |
Ceramics, Refractories, Minerals |
Length: |
Adjustable |
Kiln Structure: |
Single/ Double/ Multi-layer |
Energy Efficiency: |
High |
Heating Zone: |
Single/Multi |
Roller Spacing: |
Adjustable |
Kiln Type: |
Tunnel/ Shuttle/ Bell |
Rollerdiameter: |
Customized |
Gas Power: |
30-100 Kcal |
Voltage: |
Customized |
Kiln Diameter: |
Customized According To Customer Needs |
Usage: |
Heat Treatment Furnace |
Temperature Control: |
PID/PLC |
Weight: |
According To Products |
Durability: |
High |
Materialprocessed: |
Ceramics, Refractories, Minerals |
Length: |
Adjustable |
Kiln Structure: |
Single/ Double/ Multi-layer |
Energy Efficiency: |
High |
Heating Zone: |
Single/Multi |
Roller Spacing: |
Adjustable |
Kiln Type: |
Tunnel/ Shuttle/ Bell |
Rollerdiameter: |
Customized |
Gas Power: |
30-100 Kcal |
Voltage: |
Customized |
Kiln Diameter: |
Customized According To Customer Needs |
Usage: |
Heat Treatment Furnace |
The Fully Automated Multi-Layer Roller Kiln for Heavy-Duty Clay Brick Production is designed for manufacturers seeking high production efficiency, stable firing quality, and reduced energy consumption. Featuring a multi-layer roller conveyor structure, the kiln maximizes production capacity without increasing the factory footprint. An intelligent PLC control system continuously monitors temperature, firing curves, roller speed, and combustion parameters to ensure uniform heat distribution and consistent brick quality. Compatible with natural gas, LPG, producer gas, and other clean fuels, this roller kiln is suitable for continuous firing of heavy-duty clay bricks and various construction materials. Its modular design simplifies installation, maintenance, and future capacity expansion while helping brick manufacturers lower operating costs and improve overall production efficiency.
The kiln is equipped with an advanced PLC and HMI control system that automatically regulates firing temperature, roller speed, combustion, and cooling processes. Operators can easily adjust production parameters according to different brick specifications and firing requirements. Automatic alarms, fault diagnosis, and real-time monitoring improve operational safety while reducing manual intervention, ensuring stable production and consistent product quality throughout continuous operation.
The multi-layer roller structure significantly increases production capacity by utilizing vertical space efficiently. Compared with conventional single-layer roller kilns, manufacturers can achieve higher output without expanding the factory area. The optimized material flow shortens firing cycles while maintaining uniform heating across every production layer, making it ideal for high-volume heavy-duty clay brick manufacturing.
The optimized combustion system improves thermal efficiency and reduces fuel consumption. Combined with high-performance insulation materials and precise temperature control, heat loss is minimized throughout the firing process. Multiple fuel options—including natural gas, LPG, producer gas, and other clean fuels—allow manufacturers to select the most economical energy source while reducing operating costs and environmental emissions.
Uniform temperature distribution ensures consistent brick strength, color, density, and dimensional accuracy. The durable roller system is designed for continuous industrial operation with minimal wear. Modular components simplify routine inspection, replacement, and maintenance, reducing production downtime and extending the equipment's service life while maintaining reliable long-term performance.
The roller kiln is specifically designed for continuous firing of heavy-duty clay bricks used in industrial buildings, infrastructure projects, and load-bearing structures. Stable temperature control ensures high compressive strength, low water absorption, and consistent product quality, making it suitable for large-scale brick manufacturers seeking reliable continuous production.
Manufacturers producing hollow bricks and perforated bricks benefit from the kiln's precise temperature uniformity and adjustable firing parameters. The system minimizes cracking, deformation, and color variation while improving production efficiency and maintaining stable product quality across different brick sizes and designs.
The kiln is also suitable for firing clay roof tiles requiring excellent dimensional accuracy and uniform color. Controlled heating and cooling reduce thermal stress and deformation, helping manufacturers achieve high-quality roofing products that meet strict construction standards while improving overall production consistency.
In addition to bricks and roof tiles, the multi-layer roller kiln can be used for firing various building ceramic products, including paving bricks, decorative bricks, façade materials, and other clay-based construction products. Flexible process control enables manufacturers to adapt to different product specifications with high efficiency and stable firing performance.
A: The kiln can be designed for natural gas, LPG, producer gas, biogas, or other clean gaseous fuels. Fuel selection depends on local energy availability, operating costs, and customer requirements.
A: Production capacity depends on brick dimensions, product weight, kiln width, firing temperature, and the number of roller layers. Our engineering team customizes the kiln design according to your required daily or annual production output.
A: Yes. The fully automated control system allows operators to adjust firing curves, roller speed, and temperature settings for different clay bricks, hollow bricks, perforated bricks, roof tiles, and other ceramic building materials.
A: Absolutely. We provide customized roller kiln solutions based on your factory layout, production capacity, fuel type, product specifications, local environmental regulations, and automation requirements to ensure optimal production efficiency and long-term reliability.