Exploration, refining, and processing operations in the oil and gas sector are characterized by high-risk environments and frequent hazards. Flash fires, sudden combustion events, and electrical arc faults pose direct threats to personnel safety; however, traditional protective gear often struggles to strike a balance between providing robust protection and offering the flexibility and breathability required for prolonged work shifts.
Power & Utilities
Power & Utilities
High-voltage operations and maintenance personnel face direct exposure to the lethal risks of electric arcs and shocks. The intense heat and shockwaves instantly unleashed during an arc flash fault demand protective clothing with absolutely reliable flame-retardant, insulating, and anti-static capabilities—serving as the ultimate line of defense for human life.
Welding and Metalworking
Welding and Metalworking
Molten metal splatter, intense thermal radiation, and abrasion from sharp edges constitute common sources of injury in heavy industry. Protective clothing must integrate flame-retardant, molten-metal-resistant, highly abrasion-resistant, and tear-resistant properties to withstand complex, multi-faceted physical hazards.
Chemicals and Hazardous Materials Handling
Chemicals and Hazardous Materials Handling
Chemical facilities present a dual threat: the risk of fire and explosion, combined with the danger of penetration by corrosive chemicals. Protective gear must seamlessly integrate inherent flame retardancy with chemical resistance and impermeability, while also providing reliable anti-static capabilities to mitigate hazards.
Customized Solution Package
Addressing the complex protection needs of multiple scenarios, we provide customized services offering three or more functions, including flame retardancy, anti-static properties, and acid and alkali resistance. Through THPC cross-linking technology and fiber blending, we achieve multi-functional synergy in a single fabric, suitable for high-risk work environments and overcoming the limitations of traditional single-function protective fabrics.
Ingredient Ratio Customization
Precisely control the blending ratio of fibers such as cotton, polyester, and nylon to optimize fabric breathability, wear resistance, and flame retardancy. For example, CVC flame-retardant twill fabric (60% cotton + 40% polyester) balances comfort and durability.
Functional Combination Customization
Freely combine core functions such as flame retardancy, anti-static, acid and alkali resistance, and UV protection, supporting the development of "four-in-one" composite fabrics to meet the multiple protection needs of special industries.
Specification and Weight Customization
Provide multiple weight options from 200-400g/m² to adapt to the protection strength requirements of different working environments. For example, firefighter suits use 350g/m² high-weight fabric to enhance thermal protection performance.
Standard Adaptation Customization
Precisely match 13 international/domestic standards such as EN ISO 11612, NFPA2112, and GB8965, supporting rapid adaptation and production according to customer-specified certification systems.
Service Process
Requirements Communication
The technical team conducts in-depth discussions with clients to understand operational scenarios, risk points, and protection needs.
Solution Design
3D modeling is used to verify the feasibility of protection solutions, matching 13 standards including EN/NFPA/GB.
Sample Prototyping
Rapid sample production within 72 hours, supporting multiple weight specifications (200-400g/m²).
Testing and Verification
Certification by UL/SGS/OEKO-TEX third-party authorities ensures performance meets standards.
Mass Production
A fully integrated intelligent manufacturing system guarantees batch stability and timely delivery.
Delivery and After-Sales Service
A global logistics network supports rapid delivery, and lifetime technical support is provided.
