Mettre en évidence:
high-efficiency tunnel kiln for bricks
, red brick firing tunnel kiln
, energy-saving tunnel kiln for bricks
Tension: |
220V 380V 415V |
Diamètre: |
personnalisé |
Cycle de mise à feu: |
40-200 |
système de contrôle: |
Automatique |
Mode de fonctionnement: |
Fonctionnement continu |
Tension maximale: |
380 (V) |
Méthode de chauffage: |
Électrique, gaz, fioul, charbon |
Matière première de brique: |
Argile, cendres volantes, etc. |
Spécification: |
La personnalisation du client est disponible |
Zone de préchauffage: |
1000mm |
personnalisé: |
personnalisé |
Forfait Transport: |
récipient |
Taper: |
Fourniture continue |
High-Efficiency Tunnel Kiln for Red Brick Firing: Advanced Features, Broad Applications & Energy-Saving Advantages
High-Efficiency Tunnel Kiln for Red Brick Firing: Advanced Features, Broad Applications & Energy-Saving Advantages
This high-efficiency tunnel kiln is a professional and automated industrial equipment specially designed for continuous firing of red bricks, hollow bricks, perforated bricks, and other clay building materials. Compared with traditional intermittent kilns, it adopts a continuous pushing and firing system, which greatly improves production efficiency, product consistency, and energy utilization rate. The whole production line runs stably, with precise temperature control, uniform heating, and reliable product quality. It is widely recognized as an ideal firing solution for modern brick factories. With reasonable structure, durable materials, and user-friendly control system, this tunnel kiln helps manufacturers reduce energy consumption, lower labor costs, and increase output in a long-term operation. It fully meets the large-scale, standardized, and low-carbon production requirements of the brick and tile industry.
Features
1. High Efficiency & Stable Production
The tunnel kiln adopts a fully continuous production mode, enabling 24-hour uninterrupted operation. Bricks are pushed forward steadily at a constant speed, passing through preheating, firing, and cooling zones in sequence. This stable process ensures high output and uniform product quality, avoiding defects such as deformation, cracking, or uneven color caused by unstable temperature. The automatic control system reduces manual operation and greatly improves overall production efficiency.
2. Energy-Saving & Low Consumption
Equipped with high-performance insulation materials and optimized flue gas circulation design, the kiln effectively reduces heat loss and improves thermal efficiency. Waste heat from the cooling zone can be recycled for preheating green bricks, significantly reducing fuel consumption. Whether using natural gas, coal gas, or other fuels, the energy utilization rate is much higher than that of traditional kilns, helping enterprises save costs and meet environmental protection requirements.
3. Precise Control & Long Service Life
The kiln is equipped with an intelligent temperature and pressure control system, allowing real-time monitoring and adjustment of firing parameters. The internal structure is made of high-quality refractory materials that resist high temperature and corrosion, ensuring stable performance under long-term working conditions. The reasonable structural design reduces maintenance frequency and extends the service life of the whole equipment, bringing long-term benefits to users.
Applications
- Mainly used for firing red solid bricks, the most widely used wall material in cons truction projects.
- Suitable for producing hollow bricks and perforated bricks, which are lightweight, heat-insulating, and sound-insulating for modern buildings.
- Applied to firing ceramic bricks, pavement bricks, and landscape bricks for municipal engineering, garden construction, and road paving.
- Used in large and medium-sized brick and tile manufacturing plants to realize automated and large-scale production.
- Suitable for building material industrial parks and new-type wall material production bases that require high efficiency, energy saving, and environmental protection.
- Can be customized and applied to various clay-based building materials, meeting different regional standards and market demands.
FAQs
1. What fuels can this tunnel kiln use?
It can use natural gas, liquefied petroleum gas, coal gas, diesel, and other conventional fuels. We can also customize the combustion system according to local fuel conditions.
2. How much energy can be saved compared with traditional kilns?
Generally, it can save 20%–40% energy compared with traditional intermittent kilns, depending on fuel type, insulation structure, and operation management.
3. Is the operation difficult? Do you provide training?
The kiln adopts an intelligent control system, which is easy to operate. We provide on-site installation, commissioning, and professional operator training to ensure normal production.
4. What is the service life of the kiln?
With proper maintenance, the main structure and refractory part can be used stably for more than 10 years, and vulnerable parts can be replaced conveniently to extend the overall service life.
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