Aircraft Factory Workshop Floor
2017 Xi'an aircraft factory workshop floor project adopts 4-layer polyaspartic polyurea coating system, providing high-cleanliness, wear-resistant and anti-corrosion floor protection for aerospace workshops.
1. Project Overview
Completed in 2017, this high-standard industrial floor coating project was located in Xi'an, China, serving an aircraft factory workshop. To meet the strict high-cleanliness, anti-corrosion and heavy-load requirements of aerospace manufacturing scenarios, we adopted a professional four-layer composite protection system: epoxy primer, polyaspartic polyurea mortar, high-solid elastic polyaspartic polyurea coating, and polyaspartic polyurea topcoat. The project effectively solved common floor defects of aviation workshops and achieved long-term, stable, high-performance floor protection.
2. Project Background & Challenges
Aircraft manufacturing workshops require ultra-high floor stability, cleanliness and durability, bearing heavy equipment pressure, aviation oil and chemical reagent erosion, and long-term high-precision production environment tests. Traditional epoxy floors and ordinary coatings are prone to wear, peeling, dusting and cracking, which cannot meet aerospace production standards. For this reason, we applied a high-performance polyaspartic polyurea composite coating system tailored for high-end industrial workshop floors.
3. Solution & Four-Layer Coating System Construction
We adopted a mature four-layer integrated coating solution, with each layer performing independent core functions to form a seamless, high-strength and anti-corrosion floor system, complying with aerospace industrial construction specifications:
✅ Epoxy Primer: Seals concrete base pores, isolates moisture and alkali, and enhances super adhesion for the entire coating system to avoid hollowing and peeling.
✅ Polyaspartic Polyurea Mortar: Serves as the core load-bearing layer, featuring high hardness and compression resistance, resisting heavy equipment impact and effectively preventing floor cracking.
✅ Polyaspartic Polyurea High Solid Elastic Coating: Provides excellent elasticity and crack-bridging performance, buffers mechanical pressure, and features low VOC to meet aerospace environmental protection standards.
✅ Polyaspartic Polyurea Topcoat: Forms a dense, seamless surface layer with outstanding wear resistance, chemical resistance and dustproof performance, easy to clean and maintain for long-term stable use.
4. Project Achievements & Advantages
The completed four-layer polyaspartic polyurea floor system fully meets the rigorous operation standards of aircraft factory workshops, with core advantages as follows:
- ✅ Heavy Load & Impact Resistance: High-strength mortar base improves floor compression resistance, adapting to long-term heavy-duty operation of aircraft workshops.
- ✅ Super Chemical Resistance: Resists erosion of aviation oil, cleaning agents and various industrial solvents to protect the floor permanently.
- ✅ High Cleanliness & Dustproof: Seamless dense surface eliminates dust falling, matching high-precision aerospace production requirements.
- ✅ Durable & Low Maintenance: Excellent anti-aging and weather resistance ensures long-term service life and reduces later maintenance costs.
- ✅ Eco-Friendly & Safe: High-solid, low-volatile materials meet strict environmental protection and safety production standards for the aviation industry.
5. Project Summary
This 2017 Xi'an aircraft factory workshop project is a typical successful application of polyaspartic polyurea composite coating system in the aerospace industry. The customized four-layer floor solution perfectly solves the pain points of traditional industrial floors, providing reliable high-performance, clean and durable floor protection for high-precision aircraft manufacturing workshops, and verifying the outstanding applicability of polyaspartic polyurea materials in high-end industrial scenarios.
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