Anti-glare nets are primarily used in the median strips of expressways; they are also referred to as highway anti-glare guardrails or median-strip anti-glare nets and are classified as specialized road safety facilities.

The active protection net is a flexible mesh that is draped over or wrapped around slopes or hazardous rock masses requiring protection, thereby limiting weathering, spalling, and failure of the slope’s rock and soil mass as well as the collapse of dangerous rocks, thus providing reinforcement.

Active protection nets are installed as flexible mesh coverings or wraps over slopes or hazardous rock masses requiring protection, thereby limiting weathering, spalling, and failure of the slope’s rock and soil mass as well as the collapse of unstable rocks, thus providing reinforcement.

Active protection nets are installed as flexible mesh coverings or wraps over slopes or hazardous rock masses requiring protection, thereby limiting weathering, spalling, and failure of slope rock and soil as well as the collapse of unstable rocks, thus providing reinforcement.

The system’s flexibility and interception strength are sufficient to absorb and dissipate the kinetic energy of anticipated rockfall impacts; the design and incorporation of energy-dissipating rings further enhance the system’s impact resistance. Compared with rigid barriers and mortar-jointed retaining walls, this approach modifies the conventional construction process, thereby reducing both construction time and costs.

Excavation guardrails, also known as edge protection barriers for excavations or construction-site excavation enclosures, are standardized safety protection systems used in construction projects to safeguard hazardous areas such as excavation pits, elevator shafts, stairwell openings, and the perimeters of tower cranes. Their primary functions include providing physical isolation and visual warnings, preventing accidental falls, and blocking the descent of debris.

Steel grating, also known as grating panels or steel grids, is a metal structural component fabricated by arranging flat steel bars and twisted steel bars (twisted steel bars) in a regular, interlaced pattern at specified intervals, welding them together to form a grid with square or rectangular openings in the center, and then subjecting the assembly to processes such as cutting, edge finishing, and galvanizing.

Railway guardrail fencing, also commonly referred to as railway protective fencing, high-speed rail guardrail fencing, or railway enclosure fencing, is a specialized safety isolation and protection system designed for use along railway lines, high-speed rail routes, railway bridges and culverts, tunnel entrances, and railway stations and yards. It is classified as a standard protective product under national railway engineering specifications.

Railway guardrail fencing, also commonly referred to as railway protective fencing, high-speed rail guardrail fencing, or railway enclosure fencing, is a specialized safety isolation and protection system designed for use along railway lines, high-speed rail routes, railway bridges and culverts, tunnel portals, and railway stations and yards. It is classified as a standard protective product under national railway engineering specifications.

Railway guardrail fencing, also commonly referred to as railway protective fencing, high-speed rail guardrail fencing, or railway enclosure fencing, is a specialized safety isolation and protection system designed for use along railway lines, high-speed rail routes, railway bridges and culverts, tunnel entrances, and railway stations and yards. It is classified as a standard protective product under national railway engineering specifications.

Railway guardrail fencing, also commonly referred to as railway protective fencing, high-speed rail guardrail fencing, or railway enclosure fencing, is a specialized safety isolation and protection system designed for use along railway lines, high-speed rail routes, railway bridges and culverts, tunnel portals, and railway stations and yards. It is classified as a standard protective product under national railway engineering specifications.

Stadium perimeter fencing, also known as “stadium fence” or “stadium guardrail mesh,” is a new type of protective product specifically designed for sports venues, featuring a tall mesh structure and strong anti-climbing performance. As a type of site perimeter fencing, it is also referred to as “sports perimeter fencing.” It can be installed on-site, with its most distinctive feature being its high degree of flexibility—allowing the mesh configuration, design, and dimensions to be adjusted at any time to meet specific site requirements.

The Sunflower Barbed Wire Prison Fence, also known as the Plum-Blossom Barbed Wire Barrier or Sunflower Prison Fence, is a specialized anti-climb, anti-ramming protective barrier designed for high-security environments such as prisons, detention centers, drug rehabilitation facilities, and border outposts. Its defining feature is the integral, fusion-cast, sunflower- (or plum-blossom-) shaped barb at each welded joint of the diamond-patterned mesh, creating all-around, dead-zone-free physical protection.

Airport perimeter fencing, also known as airport boundary fencing, airport protective fence, or Y-shaped security defense mesh, is a high-security, closed-barrier system specifically designed for the perimeters of airports, airfields, aprons, and runways. It is a high-strength security facility engineered to prevent unauthorized entry and unauthorized climbing.

Triangular guardrail mesh is also commonly referred to as triangular bent guardrail mesh or peach-post guardrail mesh. It is a landscape-style barrier featuring a distinctive triangular-bend design, offering an aesthetically pleasing appearance and high structural strength. It is widely used in residential communities, industrial parks, landscaped areas, municipal roads, villa estates, and other similar settings.

Double-wire fence, also commonly referred to as double-strand wire fence, simple frame fence, or enclosure barrier mesh, is the most widely used and cost-effective economical fencing solution. The structure consists of a mesh panel formed by welding two horizontal reinforcing wires to vertical steel wires, which is then directly assembled with posts. With no external frame, the system is compact, lightweight, and easy to install, making it ideal for applications such as highway barriers, industrial park perimeters, livestock farming enclosures, estate fences, and agricultural field demarcation.