Metal Products

MacMat HS is the next-generation of high performance geomats, combining a three- dimensional matrix polymeric geomat reinforced with Steelgrid system. It is used for demanding slope face stabilisation applications which require a combination of erosion protection and superficial stabilisation. The Reinforced macmat is a new type of geosynthetic material, primarily used in the fields of slope protection, soil and water conservation, and ecological restoration. It is composed of the following parts:

Gabions are wire mesh containers filled with stones or other materials, specifically designed to protect riverbanks from erosion and stabilize shorelines. These structures absorb and dissipate water energy, preventing soil displacement and maintaining the integrity of riverbanks over time. Key Benefits of Gabions for Riverbank Protection Superior Erosion Control – Protects riverbanks from water flow and soil loss. High Durability – Made from galvanized or PVC-coated steel wire, resistant to corrosion and harsh weather.

Gabion baskets are wire cages filled with rocks or other materials, used for erosion control, retaining walls, and other types of structural support. Custom gabion baskets are made to order, to specific dimensions and specifications. There are a few key factors to consider when ordering custom gabion baskets: Dimensions: Custom gabion baskets can be made to fit any size or shape, depending on the specific needs of the project. Be sure to provide the manufacturer with accurate dimensions and any other details that will affect the size and shape of the baskets.

Gabion Mattresses, or Reno mattresses, are gabion type structures manufactured from 60 x 80 80*100 double twist mesh with more planar area and relatively small in thickness. The blending of Reno Mattress structures into the environment is rapid and pleasing. The voids in the rock fill become progressively filled with silt, promoting vegetation growth which is essential to the preservation and maintenance of the ecological balance of the surrounding environment. Gabion Mattresses are used for river bank and scour protection, channel linings for erosion control, and embankment stability. They are filled with rock at the project site to form flexible, permeable, monolithic structures to promote rapid growth of natural vegetation. All the physical and mechanical properties of Zhuomao Reno Mattresses meet or exceed the requirements of ASTM A975 .

Galvanized gabion beskets are used in the construction of airports and other projects, and also for blast barriers for military purposes. Galvanized wire mesh mats or basket meshes are mainly composed of square or rectangular open welded plates. The gabion baskets are rectangular in shape, which makes them easy to lay and strong in construction. Galvanized Gabion Baskets Galvanized gabion beskets are used in the construction of airports and other projects, and also for blast barriers for military purposes. Galvanized wire mesh mats or basket meshes are mainly composed of square or rectangular open welded plates. The gabion baskets are rectangular in shape, which makes them easy to lay and strong in construction. Gabion walls are both decorative and protective.

Metal grate walkway is a type of flooring or platform made from metal grating. It is commonly used in industrial and commercial settings as a safe and durable surface for pedestrians to walk on. Grating walkways are often used in areas where there is a need for drainage or ventilation, or where the surface needs to be slip-resistant. Metal grate walkways are made from metal grating, which is a type of open mesh flooring made from a series of parallel, spaced-apart metal bars that are attached to crossbars to form a grid-like structure. The bars are typically made from steel, aluminum, or stainless steel, and they can be coated with a variety of materials to improve their resistance to corrosion and wear. The spacing between the bars can vary, depending on the intended use and the required level of drainage or ventilation.

GMC1213 three-wire CNC Portal Machining Center CNC gantry machining center is the core equipment of high-end precision manufacturing. It adopts gantry frame structure design and is particularly suitable for efficient precision machining of large and complex parts. This series of products combines German advanced technology with localized manufacturing advantages to meet the needs of high-end manufacturing fields such as aerospace three-wire CNC Portal Machining Center Features 1. The basic parts are made of high-strength cast iron, box-type structure, compact and reasonable symmetrical rib structure to ensure the high rigidity and bending and shock absorption performance of the basic parts. 2. The X and Y guide rails are imported heavy-duty linear rails (8 sliders in the X direction), with the characteristics of fast speed, high rigidity, low friction, low noise, low temperature rise change, etc.: The Z position is a rectangular sliding guide, which is high-frequency quenched and precision ground. The sliding guide surface is covered with composite PTFE material and precision scraped, and automatic forced lubrication is used to improve the accuracy, life and rigidity of the machine tool. 3. The spindle box is equipped with a nitrogen balance device to achieve automatic synchronous balance. The X, Y and Z directions use high-rigidity double-nut pre-loaded C3-level large-lead ball screws with high feed speed. 4. High-speed, high-precision, high-rigidity heavy-duty Feng axis units produced by professional manufacturers in Taiwan are used. Buy Monitor Machining Center

The T-V1165 machining center can realize one-time clamping of various complex parts such as discs, plates, housings, cams, molds, etc., and can complete various processing processes such as drilling, milling, boring, expanding, reaming, rigid tapping, etc. It is suitable for the production of multiple varieties and small and medium-sized batches of products Core features Vertical spindle: The spindle is arranged vertically, and the tool cuts from top to bottom. This is the basis of its naming and structure. Automatic tool changer: Equipped with a tool magazine and automatic tool changer, it can automatically change tools under program control, significantly reducing auxiliary time and improving efficiency. Three-axis linkage: The basic motion axes are X-axis (left and right), Y-axis (front and back), and Z-axis (up and down). Vertical Machining Centers generally have three-axis linkage processing capabilities and can process complex curved surfaces. CNC system: The computer control system accurately controls the movement of each axis of the machine tool, spindle speed, feed speed, tool change and other actions to realize the automatic operation of complex programs. High rigidity structure: The bed, column and slide seat are usually cast as a whole to ensure stability and precision retention under heavy cutting. Fully enclosed protection: Equipped with a protective cover and automatic chip removal device to ensure safe operation, clean environment, and convenient use of coolant. More about Monitor

The metal lathe is widely used. It is mainly used for lathe turning the excircle, inner bore, head face, taper, metric screw threads, module threads and pitch threads of various kinds of rotating parts. Moreover, it can be used for drilling, reaming, jacking, bearizing, knurling, pulling trough and etc. Advantages of CNC Machine Tools 1. The machining accuracy of the lathe can reach IT7，and the roughness of processed surfaces can reach Ra2.5。 2. The lathe bed and headstock, bed saddle, tailstock and other joint surface are manually scraping, effectively ensure the fit clearance between the workpieces, and improve the stability of the machine tool. 3. The guide surface of the lathe bed is quenched by medium frequency, which effectively improve the wear resistance of the machine tool. 4. All gears in the headstock are precisely ground after high-frequency quenching, which effectively improves the hardness of gears and reduce the noise of the machine tool. 5. The C6132A/750 Standard lathe is inspected in strict accordance with the inspection procedure before leaving factory, and each machine gets cutting test, which ensure the good precision and machining reliability of the machine tool.

6150B High Precision Metal Table Ordinary Lathe CNC lathe is a high-precision, high-efficiency automated machine tool, which is widely used in the machining of various rotating parts in the machinery manufacturing industry. Compared with traditional lathes, CNC lathes have advantages such as programming control, high machining accuracy, and strong adaptability, which can meet the precision machining needs of different industries. High Precision Metal Table Ordinary Lathe Application Area Ordinary lathe is a kind of horizontal lathe widely used in the field of machining, which is mainly used to process various rotary parts. Its application covers many industries, including machinery manufacturing, hardware processing, aerospace, medical care and dentistry.

CKNC-40T Flat Type CNC Lathe’s structure usually consists of a lathe bed, a spindle gearbox, a tailstock, a feed box, a lead screw, a polished rod, a tool rest, a carriage box and the like. Ordinary lathes have the characteristics of flexible operation, strong structural rigidity and high power utilization rate, and are suitable for machining shafts, disks, screws and special-shaped surfaces. Flat Bed CNC Lathe Feature Adopt high-quality cast iron (HT300/HT350), after aging treatment, to ensure long-term stability. Wide guide rail (linear guide rail or hard rail optional), strong vibration resistance, suitable for heavy cutting. 1.High-precision processing Spindle runout ≤ 0.003mm, repeat positioning accuracy ±0.005mm. Optional hydraulic chuck and servo turret to improve processing efficiency. 2.Automation expansion Support automatic feeder, manipulator, truss robot to achieve unmanned production. 3.Multi-function configuration C-axis power turret (turning and milling optional). Tailstock/hydraulic tailstock (suitable for long axis processing). https://www.monitormetal.com/

ZhongPu Wire Mesh Co., Ltd. offers extruder screen pack filter elements designed for polymer extrusion, plastic recycling, rubber processing, and melt filtration systems. These extruder screens are available in single-layer, double-layer, multi-layer, spot-welded, rimmed, and welded screen pack varieties, ensuring effective impurity removal and stable melt flow. Manufactured from stainless steel wire mesh such as SS 304, SS 316, and other alloys, they provide excellent heat resistance, strength, and durability. Customization options include mesh count, wire diameter, shape, outer diameter, thickness, and special structures to meet specific extruder and filtration requirements, supporting consistent product quality and extended equipment life. Wire Mesh Extruder Screen Packs for Polymer Melt Filters Material: Made from SS 304, SS 316, SS 316L, plain steel, and galvanized steel, providing heat resistance, corrosion resistance, and long service life. Mesh Count (Filter Rating): Multilayer screen packs commonly use 20 / 40 / 60 / 80 / 100 mesh combinations for polymer melt filtration. Wire Diameter: Wire diameters range from 0.03 mm to 0.50 mm, balancing filtration efficiency and pressure strength. Screen Pack Structure: Available as single-layer, double-layer, three-layer, multi-layer, spot-welded, rimmed, and fully welded screen packs. Diameter Range: Standard diameters include 60 mm, 90 mm, 120 mm, 150 mm, and 200 mm for extruder filter heads. Thickness: Overall thickness ranges from 0.2 mm to 5.0 mm, depending on layer count and structure. Shape: Supplied in round, oval, rectangular, square, and custom-cut shapes for extruder systems. Edge Treatment: Offered with plain cut, spot welded, or stainless steel rimmed edges for secure fitting. Filtration Accuracy: Filtration accuracy typically ranges from 25 microns to 200 microns for melt filtration.

ZhongPu Wire Mesh Co., Ltd. offers Perforated Sheet products engineered for filtration, screening, ventilation, noise control, safety guarding, and architectural decoration across industrial and construction sectors. Available varieties include round hole, square hole, slotted, hexagonal, and decorative perforation patterns, manufactured in carbon steel, galvanized steel, stainless steel (304/316), aluminum, and other metal alloys. Standard sheets or custom- cut panels are available with adjustable thickness, hole diameter, pitch, and open area. Hole Shape Round Hole Perforated Sheet: Hole diameters range from 0.5–50 mm, with straight or staggered pitch from 1.5–100 mm. Sheet thickness typically ranges from 0.3–12 mm. Square Hole Perforated Sheet: Square hole perforated sheets use uniform apertures, generally 1–50 mm, arranged in straight-line patterns. Standard sheet thickness ranges from 0.5–10 mm. Slotted Perforated Sheet: Slotted perforated sheets are defined by slot width and length, commonly 1–20 mm wide and 5–100 mm long. Sheet thickness typically ranges from 0.8–12 mm. Hexagonal Perforated Sheet: Hexagonal perforated sheets feature honeycomb-style openings, usually 5–50 mm across flats. Typical thickness ranges from 0.6–6 mm. Decorative Perforated Sheet: Decorative perforated sheets provide custom hole shapes, sizes, and patterns. Hole dimensions, pitch, and sheet size are customizable, with thickness typically 0.8–6 mm. Material Carbon Steel Perforated Sheet: used for screening, guarding, and mechanical protection in dry indoor applications. Typical thickness ranges from 0.5–12 mm, hole diameters 1–50 mm, with standard sheet sizes 1000×2000 mm or 1220×2440 mm. Galvanized Steel Perforated Sheet: suitable for outdoor and humid environments requiring corrosion resistance. Thickness typically ranges from 0.6–10 mm, hole sizes 2–40 mm, zinc coating 40–275 g/m², supplied in standard or custom panels. Stainless Steel Perforated Sheet (304/316): used in corrosive, hygienic, and high-temperature environments. Common thickness ranges from 0.5–8 mm, hole diameters 0.5–30 mm, with standard sheet sizes up to 1500×3000 mm. Aluminum Perforated Sheet: offers lightweight strength and corrosion resistance. Thickness usually ranges from 0.5–6 mm, hole sizes 1–40 mm, with large-format sheets for ceilings, facades, and acoustic panels. Copper Perforated Sheet: used for decorative architecture, EMI shielding, and specialized filtration. Typical thickness ranges from 0.6–5 mm, hole diameters 1–25 mm, with custom patterns and panel sizes. Alloy Perforated Sheet: used in demanding industrial environments requiring high strength and heat resistance. Thickness typically ranges from 1–12 mm, hole sizes 2–50 mm, with heavy-duty custom panels.

ZhongPu Wire Mesh Co., Ltd. offers customized stainless steel wire mesh products in a wide range of special specifications. Customers with specific requirements are welcome to contact us at any time. Our recent customized specifications are as follows: 40 Micron Stainless Steel 316 Wire Mesh for Air Filtration Micron stainless steel wire mesh is a fine-aperture filtration medium manufactured with precision wire and uniform openings. It is commonly used for air filtration and is available as woven micron wire mesh and sintered micron wire mesh. Materials: stainless steel grades 201, 202, 304, 304L, 316, 316L, 321, 430 Standard Sizes: roll width 1.0 m to 1.22 m (40–48 inches), roll length 30 m to 100 m, mesh count 1–635 mesh, wire diameter 0.05–1.50 mm (commonly 0.25–0.80 mm) Weave Structures: plain square weave, twilled square weave, plain Dutch weave, and twilled Dutch weave are available to meet different filtration accuracy and airflow requirements. Sintered Micron Mesh: multi-layer sintered wire mesh is produced by compressing and vacuum-sintering 2–12 layers of stainless steel wire mesh. The filtration rating ranges from 0.5 micron to 300 microns, providing higher strength and stable filtration performance. 316 SS Wire Mesh, 50 micron mesh size, in a roll width of 36” at 25 ft. long Mesh Size: 50 micron filtration rating for fine particle filtration Roll Dimensions: roll width 36 inches (914 mm), roll length 25 feet (7.62 m) Material: 316 stainless steel wire mesh offering corrosion resistance and consistent filtration performance