logo
More Products
COMPANY INTRODUCTION
China Hebei KN Wire Mesh Co., Ltd.
China Hebei KN Wire Mesh Co., Ltd.
China Hebei KN Wire Mesh Co., Ltd.

Hebei KN Wire Mesh Co., Ltd.

Hebei KN Wire Mesh Co., Ltd, was established in 2013, is a professional manufacturer engaged in the research, development, production, sale and service of Defensive barrier, Welded Gabion Box, Wave Gabion Basket , Gabion Mattress. We are located in Anping county hengshui city with convenient transportation access. Dedicated to strict quality control and thoughtful customer service, our experienced staff members are always available to discuss your requirements and ensure full customer satisfacti...
Company News
Latest company news about Gabion Box Product Introduction
2026/10/16
Gabion Box Product Introduction What Is a Gabion Box? A gabion box (also known as a gabion basket or Reno mattress cage) is a box-shaped protective structure woven from low-carbon steel wire using a double-twisted hexagonal mesh process. The box is filled with stones or natural pebbles to form a high-strength, highly flexible, and permeable protective structure, widely used in hydraulic, transportation, municipal, and landscaping projects. Product Specifications and Parameters Mesh Structure: Hexagonal double-twisted mesh (commonly known as "woven gabion mesh"). Common mesh openings are 60×80mm, 80×100mm, 100×120mm, and 120×150mm, customizable upon request. Wire Diameter Range: Edge (selvedge) wire: 2.0mm–3.5mm Body wire: 1.8mm–3.0mm Binding (lacing) wire: 2.0mm–2.5mm Surface Treatment Options: Electro-galvanized: Bright surface with standard corrosion resistance, suitable for short-term projects or dry environments; Hot-dip galvanized: Zinc coating ≥215g/m², excellent corrosion protection with a great price-performance ratio — the mainstream choice; Zinc-aluminum alloy (Galfan): Service life up to 30+ years, ideal for harsh soil and water conditions; PVC/PE coated: A plastic coating over the galvanized layer, combining corrosion protection with aesthetic appeal and ecological friendliness. Box Dimensions: Common sizes are 2m×1m×1m, 3m×1m×1m, and 2m×1m×0.5m. Custom sizes are available according to project drawings; boxes are connected with binding wire to form an integrated structure. Key Product Advantages High Strength and Deformation Resistance. The wire mesh box is a flexible structure that accommodates uneven foundation settlement. Its compressive and shear performance surpasses that of rigid masonry, making it a safer choice in seismic zones. Excellent Permeability — No Water Accumulation. The mesh openings allow water to pass through, effectively eliminating hydrostatic pressure, preventing slope instability caused by seepage, and maintaining soil-water ecological exchange. Easy Installation and Short Construction Period. No heavy machinery is required for installation. Simply fill the boxes with locally sourced stones on site, cutting construction time by more than 50% compared with mortared masonry. Eco-Friendly and Naturally Aesthetic. Plants and microorganisms can naturally grow within the stone gaps, allowing the structure to blend seamlessly into the surrounding environment over time — ideal for ecological slope protection and landscape waterways. Cost-Effective, Durable, and Low Maintenance. The filling material can be locally quarried stone, reducing transportation costs; galvanized and Galfan surface treatments ensure long-term corrosion protection with virtually no maintenance. Main Applications Hydraulic Engineering: Riverbank protection, levee reinforcement, weir and dam aprons, spillway linings, flood control walls; Transportation Engineering: Highway embankment slope protection, bridge pier protection, rockfall protection netting; Municipal Engineering: Retaining walls in parks, landscaped waterfronts, rain gardens, ecological revetments; Coastal Engineering: Seawalls, wave-dissipating shore protection, tidal flat reclamation; Ecological Restoration: Slope revegetation, debris flow control, wetland restoration. Installation Guidelines Unfold the box, raise the side panels, and secure them with binding wire to form the box shape; Connect diaphragms and adjacent boxes firmly to ensure overall structural stability; Fill with hard, weather-resistant stones with particle sizes larger than the mesh opening, evenly distributed, and leveled in layers; Before closing, check that the box is square and all bindings are tight; finally seal the lid and connect it to adjacent boxes. Conclusion With its flexible structure, ecological benefits, fast installation, and cost-effective durability, the gabion box has become the preferred solution for modern slope protection and river management projects. Whether for flood control, municipal landscaping, or ecological restoration, choosing a high-quality gabion box with the right specifications and surface treatment provides long-lasting and reliable structural assurance for any project.
Read More
Latest company news about Harlem Riverbank Restoration and Bike Path, New York, N.Y.
2025/11/28
An innovative $4 million restoration project along the Harlem River created a cost-effective, durable and ecologically friendly shoreline that serves as a model for future projects.   Along the Harlem River between 139th and 145th Streets in Manhattan, the steel sheet-pile wall securing the riverbank suffered extensive corrosion and developed holes. Watering entering the holes at high tide and exiting at low tide removed soil from behind the walls, creating large sinkholes that swallowed pavements and plantings along the neglected riverfront. The New York City Department of Parks & Recreation enlisted Dewberry, New York, to design a new 2,000-ft. long riverfront structure that supports estuarine life, reduces wave energy, provides greenery and allows safe access. After considering several alternatives Dewberry selected gabions for the restoration project. Gabions are wire mesh baskets filled with stones that are tied together to create a retaining wall. Gabions were found to be cost-effective, durable and feasible to install. The porous and flexible structures provide habitat for marine creatures and encourage the growth of salt marsh grasses. Waves coming into the shoreline vanish when they hit the gabions, explains Sufian Khondker, Dewberry’s head of water resource engineering. “The uniqueness of the design is that it absorbs the wave energy and does not reflect it back causing turbulence along the wall.” In tidal rivers, where the gabions are exposed to alternate wetting and drying, the PVC is vulnerable to ultraviolet radiation and more likely to crack, exposing the steel wire to the salt water. The 316L is more suitable in saline environments and strong enough to sustain boat impacts. Extremely soft mud on the river bottom complicated foundation construction for the gabion wall. Dewberry recommended removing as much mud as possible and then using large stones encapsulated with filter fabric to create a flexible foundation accommodating differential settling. A concrete leveling mat atop the stone provided a level surface for the gabions. Dewatering was required to keep the construction area dry. Initially holes in the sheet-pile walls were patched to allow excavation behind the wall. But the dewatering system could not keep up with the large volumes of water entering through the patched walls and sheet-pile joints. Instead large stones were placed underwater with tremie concrete filling the voids. Once the stones settled, the dewatering system was able to lower the water level to the top of the stones permitting dry construction of the leveling mat and gabions. Along the shoreline two sections of the gabion wall were lowered to create tidal pools that fill with water during high-tide. Large stones surrounding the pools allow people to sit by the water’s edge. An existing cove at the south end of the gabion wall was blocked by large chunks of concrete and junk. Redesign of the cove removed the concrete blocks above the shoreline, flattened the slope and placed large, flat, natural stones above the high water line to create a seating area.
Read More