1. Robot Anti-Corrosion Protective Clothing
Specially designed to shield robots from strong acids and corrosive substances, this protective gear utilizes high-strength anti-corrosion materials with professional-grade construction. It serves as a critical barrier against chemical damage in harsh industrial environments.
2. Robot Anti-Static Clothing
Featuring advanced electrostatic discharge (ESD) protection (static discharge time <0.5 seconds), this suit prevents explosion/fire risks while blocking dust and paint particles. Its self-developed anti-static material reduces maintenance frequency and ensures operational safety.
3. Robot Dust-Proof Clothing
Effectively prevents dust accumulation that could impair robot performance. The easy-to-clean design minimizes particle contamination, ensuring consistent operation in powdery environments.
4. Robot Waterproof/Oil-Resistant Clothing
Protects against water vapor and oil infiltration that may cause slowdowns or malfunctions. This suit maintains internal component dryness and lubrication integrity in wet/oily conditions.
5. Robot Flame-Retardant Insulating Suit
Constructed with aluminum-foil-based flame-retardant materials, this suit resists high temperatures (up to 1,000°C) and prevents thermal damage, extending robot service life in welding/foundry applications.
6. High-Temperature Resistant Robot Protective Clothing
Engineered for extreme environments, this suit withstands temperatures up to 1,000°C while maintaining flexibility and durability, ideal for metallurgical and glass manufacturing industries.
Key Features Across All Products:
- Specialized Material Selection: Corrosion-resistant fibers, static-dissipative fabrics, and heat-resistant composites.
- Modular Design: Easy installation/removal via zippers/Velcro for rapid maintenance.
- Ergonomic Fit: Stretch panels ensure unrestricted joint movement (±45° articulation).
- Certifications: Compliance with ATEX (explosion protection) and NFPA (flame resistance) standards.
These protective solutions enhance industrial robot reliability, reduce downtime, and lower lifecycle costs across automotive, aerospace, and heavy manufacturing sectors.
