Challenges

In modern industrial applications, repairing furnace linings is an important part of ensuring efficient operation of equipment. However, traditional repair methods are often time-consuming and labor-intensive, and the results are not ideal, resulting in low overall construction efficiency. So, is there a more efficient and convenient solution?

Solution: Semi-dry method and flame gunning technology

Fortunately, the emergence of semi-dry gunning and flame gunning technology has brought revolutionary changes to furnace lining repair. Both have shown their high efficiency advantages during the construction process.

Semi-dry gunning

Semi-dry spraying can complete the repair of furnace lining in a short time due to its rapid prototyping and strong adaptability. Its layer-by-layer spraying method ensures a good combination of the repair layer and the original structure, greatly improving the durability and impact resistance of the repaired layer.

Flame Gunning

Flame gunning technology uses high-temperature spraying materials to fuse the repair layer with the original material, quickly forming a solid protective layer, which makes on-site construction more convenient and efficient. This technology is particularly suitable for occasions where production needs to be resumed quickly.

Construction advantages

These two technologies not only improve construction efficiency, but also achieve the best economic benefits in material use. By adopting these advanced gunning processes, companies can significantly reduce equipment downtime and reduce labor costs.

Combined with market demand, we can see that more and more companies have begun to gradually adopt semi-dry and flame spraying technology to improve their process level and market competitiveness.

in conclusion

In summary, the application of semi-dry gunning and flame gunning technology in furnace lining repair has demonstrated the powerful advantages of efficient construction. The promotion of these technologies will further promote the development of the industry and improve overall construction efficiency.

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