Aerospace Insulation Material Compound System Solution
Aviation thermal insulation material batching system is commonly used in pre-mixed formulations, with pre-mix formula control being crucial for pre-mixed material production. To produce high-quality products, both scientific formulas and superior raw materials, precise equipment processes, and a comprehensive management system are required. Pre-mixed materials are not the final product themselves, but the prerequisite and guarantee for high-quality products is a highly technical endeavor. This system includes processes such as unloading and bag removal of raw materials, transporting materials to the storage hopper, automatic metering and batching, automatic mixing and conveying, and automatic packaging.
Aerospace Insulation Material Mixing System Application Range: New aerospace insulation materials, steel mill refractory materials, civil refractory materials, etc.。
Aerospace thermal insulation material formulation systemKey Technical Parameters:
Automatic unloading and bag breaking capacity: 0.5-10t/h
Automatic Conveying Output: 0.1-40 t/h
Automatic batching output: 10g-3t/h (or batch) / Material types: 1-40 types / Batching accuracy ±0.1%
Fully Automatic Packaging Output: 1-30t/h (ton bags/25kg bags) / Packaging Accuracy: ±0.1% (suitable for various packaging bags)
Aircraft Insulation Material Blending SystemTechnical Features:
Highly intelligent with the entire process largely automated.
2. Full-process energy-saving and environmentally friendly (compliant with GMP standards)
3. Over 20 years of industry experience, familiar with material characteristics and process flow, with a wealth of application cases.
4. Equipment for the entire process achieves reliable, stable, and high-precision continuous operation.
5. Entirely user-friendly design and manufacturing, all equipment is easy to install, operate, and maintain (all feature quick assembly, disassembly, and cleaning).
6. Can be integrated with raw material warehouses, automated storage and retrieval systems, and loading operations.
7. Achieve full-process remote monitoring, point-to-point monitoring, and integration with the customer's MES system.
