Building Materials

The Hexagonal Wire Netting Machine is a specialized device used for producing hexagonal wire mesh, commonly referred to as chicken wire or rabbit wire. This machinery plays a crucial role in fabricating wire netting used in various applications such as fencing, animal enclosures, agricultural uses, and civil engineering projects like gabions. By automating the process of weaving wires into a hexagonal mesh, the machine enhances productivity and ensures uniformity in the mesh size and quality. Key Parameters of Hexagonal Wire Netting Machine Several key parameters define the performance and capabilities of a Hexagonal Wire Netting Machine: Mesh Size: This parameter determines the size of the hexagonal openings in the netting. Wire Diameter: This specifies the thickness of the wire used, impacting the durability and application of the mesh. Material Capability: This indicates the type of wire the machine can process, including galvanized steel, stainless steel, or PVC-coated wire. Speed of Production: This measures the amount of mesh produced per minute, affecting overall output. Power Consumption: This details the energy requirements for operation, an important factor for calculating operational costs. Machine Size and Weight: This is essential for determining the space needed for installation and the logistics of machine handling. Common Sizes of Hexagonal Wire Netting Machines Hexagonal Wire Netting Machines come in various sizes to accommodate different production needs and scales of operation. Here are some common specifications: Small-Scale Machines Mesh Size: 1/2 inch (1.27 cm) Wire Diameter: Up to 0.7 mm Typical Output: 30 square meters per hour Ideal for: Small farms, domestic uses, and minor fencing needs Medium-Scale Machines Mesh Size: 3/4 inch to 1 inch (1.9 cm to 2.54 cm) Wire Diameter: 0.7 mm to 1.0 mm Typical Output: 60 to 100 square meters per hour Ideal for: Poultry fencing, garden fencing, and medium-sized agricultural applications Large-Scale Machines Mesh Size: 1.5 inches to 2 inches (3.81 cm to 5.08 cm) Wire Diameter: 1.0 mm to 2.0 mm Typical Output: 150 to 200 square meters per hour Ideal for: Industrial applications, large agricultural projects, and gabion production Customization Capabilities of Hexagonal Wire Netting Machines To meet diverse market demands, Hexagonal Wire Netting Machines offer various customization options: Adjustable Mesh Size: This allows the machine to produce different sizes of hexagonal mesh with simple adjustments. Variable Wire Feed: This supports different wire diameters for versatility in application. Material Handling: This includes options to handle different types of wire coatings, such as galvanized and PVC-coated. Automated Control Systems: These enhance precision and ease of operation with programmable settings and digital interfaces. Hexagonal Wire Netting Machine Models We can supply hexagonal wire netting machines for producing different hexagonal mesh products. Hex01 Heavy Type Hexagonal Wire Netting Machine The Hex01 Heavy Type Hexagonal Wire Netting Machine is specially designed to produce large-size and heavy-duty hexagonal wire meshes, both PVC-coated and galvanized, for fence and stone gabion applications. It has nine models for three sizes of meshes, and the maximum netting width is up to four meters. This series of machines is known for high efficiency in production and ease of operation and maintenance. We can also supply the complete set of equipment for your entire netting workshop. Hex02 Hexagonal Wire Netting Machine The Hex02 Machine is designed to produce hexagonal meshes with galvanized low carbon steel wires. It is suitable for structural, heat insulation, protective, and fencing applications. The machines in this series have a horizontal design, ensuring smooth running and high productivity. Additional Equipment We also supply special coiling machines and bobbin winding machines as spare parts, ensuring comprehensive support for your wire netting production needs.

Gabions, fabricated from heavy hexagonal mesh, are extensively used in various civil engineering projects for flood control, soil protection, and structural reinforcement. These gabions come in multiple sizes and customization options to meet specific application needs.By understanding these common sizes and customization options, you can select the appropriate hexagonal mesh gabions for your specific needs, ensuring effective and efficient use in your projects. Gabion Sizes Hexagonal mesh gabions are available in standard sizes to accommodate different applications. The common sizes include: 2m x 1m x 1m: Suitable for general flood control and soil protection. 3m x 1m x 1m: Ideal for larger structures like bridge protection and seawalls. 4m x 1m x 1m: Used for extensive flood prevention and soil reinforcement projects. 2m x 1m x 0.5m: Fits well in smaller areas requiring water and soil protection. 4m x 1m x 0.5m: Used for wider coverage in structural reinforcement and bank stabilization. Custom sizes can be manufactured upon request to meet specific project requirements. Customization Capabilities of Hexagonal Mesh Gabions Hexagonal mesh gabions can be customized in terms of material, coating, and mesh specifications to enhance their performance and longevity in various environments. Material Customization Gabions are made from two primary types of wire fabrics: Galvanized Hexagonal Wire Mesh Heavy Type: Constructed from high-quality low- carbon steel wire with a tensile strength of 38kg/mm². The wire diameter ranges from 2.0mm to 4.0mm. The steel wire is typically galvanized, with the galvanizing layer thickness customizable according to customer specifications. The maximum galvanizing quantity can reach 300g/m². PVC Coated Hexagonal Wire Mesh Heavy Type: Made from PVC-coated wire, which provides a longer service life and better corrosion resistance. This type is ideal for use in harsher environments. Coating Customization The finish of hexagonal mesh gabions can be tailored to enhance durability and aesthetic appeal: Hot-Dipped Galvanized: Offers superior protection against rust and corrosion. Galvanized Aluminum Alloy: Combines the benefits of both galvanizing and aluminum for increased durability. PVC Coated: Provides an extra layer of protection and is available in various colors to blend with the environment. Mesh and Wire Specifications Hexagonal mesh gabions are defined by their mesh size and wire gauge: Mesh Size: Common mesh sizes include 60x80mm, 80x100mm, and 100x120mm, depending on the application requirements. Wire Gauge: The wire diameter typically ranges from 2.0mm (BWG 14) to 4.0mm (BWG 8), providing different levels of strength and rigidity. Applications of Hexagonal Mesh Gabions Gabions are used in a wide range of applications due to their versatility and strength: Control and Guide of Water or Flood: Essential for directing water flow and preventing flooding. Flood Bank or Guiding Bank: Used to reinforce banks and guide watercourses. Preventing of Rock Breaking: Stabilizes rock formations and prevents erosion. Water and Soil Protection: Protects soil from erosion and retains moisture. Bridge Protection: Reinforces bridge foundations and prevents scouring. Strengthening Structure of Soil: Provides support and stability for soil structures. Protection Engineering of Seaside Area: Shields coastal areas from erosion and wave action. Packaging and Additional Customization Gabions are typically packed in rolls or panels with waterproof paper for protection during transportation and storage. Custom packaging options are available to meet specific needs.

Chicken wire, also known as chicken wire netting, chicken wire fence, or poultry wire, is available in various sizes and materials to meet diverse application needs. The hexagonal openings are designed to keep chickens in while allowing ample airflow and easy feeding. This wire mesh is made from materials such as stainless steel, heavy galvanized wire, or carbon steel wire. Hexagonal Opening Sizes Chicken wire comes in different hexagonal opening sizes, catering to various requirements: 1/2 inch (1.27 cm): Commonly used for small animal enclosures and fencing. 1 inch (2.54 cm): Ideal for general-purpose poultry enclosures. 1-1/2 inch (3.81 cm): Suitable for medium-sized animal fencing and garden use. 2 inches (5.08 cm): Used for larger enclosures and heavier fencing applications. Wire Diameter Sizes and Corresponding Gauge Values The diameter of the wire used in chicken wire netting varies to suit different applications, and the corresponding gauge values provide a precise measure of wire thickness: 0.7 mm (BWG 25 / 22 gauge): Lightweight and suitable for small enclosures. 0.9 mm (BWG 23 / 20 gauge): Ideal for general-purpose poultry fencing. 1.2 mm (BWG 21 / 18 gauge): Used for medium-duty applications such as garden fencing. 1.6 mm (BWG 19 / 16 gauge): Heavy-duty, suitable for larger animals and stronger enclosures. Customization Capabilities of Chicken Wire Chicken wire can be customized in several ways to meet specific needs, including material choice, coating, and packaging. Material Customization Low Carbon Steel Wire: Provides good strength and flexibility. Galvanized Wire: Offers enhanced corrosion resistance, with zinc coating between 8-25g/mm². Stainless Steel Wire: Highly durable and resistant to rust and corrosion. Coating Customization Galvanized Bright: Provides a shiny, corrosion-resistant finish. Green PVC Coated: Adds an extra layer of protection and blends well with natural surroundings. Dimensions and Packaging Width and Length Width: Typically available in 3 feet (91 cm), 4 feet (122 cm), and 5 feet (152 cm). Length: Standard rolls come in 100 feet (30 meters) lengths. Packing Options Standard Packaging: Rolls of 45-100 meters, wrapped in yellow or black waterproof paper. Customized Packaging: Can be tailored to customer requirements for ease of handling and transport. Features of Chicken Wire Netting Chicken wire netting is known for its versatility and practical features: Economical and Easy to Use: Cost-effective and simple to install without special techniques. Thermal Insulation and Corrosion Resistance: Offers great insulation and can withstand adverse weather conditions, with a service life of over 20 years. Space-Efficient: Hexagonal hole chicken wire can be rolled up for efficient storage and lower shipping costs.

Poultry netting, also known as chicken wire, is manufactured with low carbon galvanized iron wire using a twisting weave method. It is typically finished with galvanization or PVC coating for improved durability. The mesh has a hexagonal shape and is available in standard and reverse twisted styles. Horizontal reinforcement wires ensure stability and keep the mesh upright.Poultry netting remains a versatile solution for farmers, pet owners, and gardeners, providing sturdy fencing that can withstand environmental wear while being flexible enough for various installations. Material: Galvanized low carbon iron wire or PVC-coated wire for added rust resistance. Mesh Shape: Uniform hexagonal openings for better strength and containment. Surface Treatment: Galvanized or PVC-coated to withstand environmental elements. Common Sizes: Mesh Size: The mesh openings generally range from 1/2 inch to 2 inches (12.7 mm to 50.8 mm), with typical sizes of 1/2 inch (12.7 mm), 1 inch (25.4 mm), and 1.5 inch (38.1 mm). Wire Gauge: Available in wire gauges ranging from 19 gauge (1 mm) to 22 gauge (0.7 mm) to suit various applications. Roll Width: Usually available in widths of 0.9 m to 1.8 m to allow for different fence heights. Roll Length: Ranging from 10 m to 50 m per roll, providing flexibility for different project sizes. Customization Capabilities: Mesh Size Customization: Can be tailored to specific needs, with smaller mesh for smaller animals and larger mesh for larger livestock. Wire Gauge Selection: Thicker gauges can be used where greater strength is required, while thinner gauges are suitable for lightweight fencing. Surface Treatment Options: Choose between galvanization and PVC coating for varying levels of rust and corrosion resistance. Roll Dimensions: Customizable roll widths and lengths ensure optimal coverage with minimal cutting and waste.

Stucco netting is a reliable and versatile reinforcement solution that ensures stability for cement, plaster, and other masonry applications. Its customization capabilities make it suitable for any project requiring enhanced adhesion and durability. Specifications: Stucco netting is typically woven from galvanized steel wire in a hexagonal mesh pattern. It is widely used to reinforce cement or plaster in construction applications, ensuring proper adhesion and stability. Available in different gauges and surface treatments, stucco netting is versatile for various architectural needs. Material: Galvanized steel wire, often in 16, 17, or 20-gauge sizes for durability and strength. Hole Shape: Hexagonal mesh pattern for optimal reinforcement. Surface Treatment: Zinc-coated galvanization or backed with water vapor permeable paper. Common Sizes: Wire Gauge: 20 gauge (0.89 mm) for standard stucco reinforcement. 16 gauge (1.6 mm) or 17 gauge (1.4 mm) for heavier-duty applications. Mesh Size: Typically 1 inch (25.4 mm) for standard stucco applications. Other sizes like 3/4 inch (19.05 mm) and 1.5 inches (38.1 mm) are also available. Roll Width: Ranges from 36 inches (0.91 m) to 48 inches (1.22 m) to accommodate various wall heights. Roll Length: Available in rolls from 50 feet (15.24 m) to 150 feet (45.72 m). Customization Capabilities: Wire Gauge Flexibility: Custom gauges available to suit different project requirements, offering thinner or thicker wires based on desired strength and rigidity. Mesh Size Variation: Adjusted mesh sizes for specific construction needs, providing different levels of reinforcement. Roll Width & Length: Roll dimensions can be tailored for specific applications, reducing waste and cutting. Surface Treatment: Choose from galvanized-only options or paper-backed netting for added moisture resistance. Applications: Cement Reinforcement: Ensures stable adhesion and crack resistance for exterior walls. Plaster Support: Provides a solid foundation for masonry veneers and decorative plastering. Ceramic Tile Base: Offers reinforcement for ceramic tiles, preventing displacement and enhancing durability. Architectural Structures: Suitable for non-standard architectural shapes requiring specialized mesh support.

Stainless steel hexagonal wire netting, widely recognized for its durability and versatility, serves various roles including fencing, animal enclosures, and agricultural supports. Fabricated from high-quality stainless steel, this netting is prized for its superior corrosion resistance and strength, suiting both indoor and outdoor applications. Specifications of Stainless Steel Hexagonal Wire Netting Mesh Size The size of the hexagonal openings is crucial as it affects the netting's applicability across different scenarios. Common Mesh Sizes: 1/2 inch (1.27 cm) 3/4 inch (1.9 cm) 1 inch (2.54 cm) 1.5 inches (3.81 cm) 2 inches (5.08 cm) Wire Diameter and Gauge Comparison The thickness of the wire used in the netting determines its strength and flexibility. Stainless steel hexagonal wire netting comes in various wire diameters, often measured in both millimeters and gauge sizes for clearer understanding and comparison. Wire Diameter and Corresponding Gauges: 0.5 mm (approximately 24 gauge) 0.7 mm (approximately 22 gauge) 1.0 mm (approximately 20 gauge) 1.2 mm (approximately 18 gauge) 1.5 mm (approximately 16 gauge) Note: The gauge (Gauge or GA) typically inversely relates to the thickness in wires, meaning a higher gauge number indicates a thinner wire. Material Specifications The type of stainless steel used can affect the netting's overall performance in specific environments. Common Stainless Steel Grades: 304: Known for good corrosion resistance and weldability. 316: Offers superior corrosion resistance against chlorides (like salt). 304L and 316L: Lower carbon variations that provide even better weldability and corrosion resistance after welding.

Plastic coated hexagonal wire netting, also known as PVC or vinyl-coated hexagonal wire mesh, is a versatile and durable fencing material. It is made from carbon steel wire that is coated with a layer of plastic, providing enhanced corrosion resistance, aesthetic appeal, and longevity. This type of wire netting is commonly used in various applications such as poultry netting, garden fencing, construction, and industrial uses. Plastic coated hexagonal wire netting, with its wide range of sizes, customization options, and robust applications, is a highly efficient and versatile solution for both residential and industrial fencing needs. Features and Materials Material Composition Plastic coated hexagonal wire netting is constructed from high-quality carbon steel wire. The steel wire is coated with a plastic layer, typically PVC (Polyvinyl Chloride) or vinyl, which adds an extra layer of protection against environmental elements. Core Material: Carbon steel wire Coating Material: PVC or Vinyl Color Options The plastic coating is available in a variety of colors to suit different aesthetic and functional requirements. Common Colors: Green White Gray Custom Colors: Available upon request Processing Types Plastic coated hexagonal wire netting is manufactured through different twisting methods to ensure structural integrity and versatility.

Galvanized Hexagonal Wire Netting is distinguished by its durability and adaptability, attributed to the galvanization process which involves either electro galvanizing or hot-dipping the iron wire in zinc. This treatment provides exceptional corrosion resistance, oxidation resistance, and rust resistance, making it suitable for various applications including fencing, stucco netting, and the fabrication of gabions or baskets for protective uses. Materials: Typically made from galvanized iron wire, this netting can also be found in stainless steel, plastic-coated iron wire, or brass wire, catering to different environmental conditions and longevity requirements. Weave Style: The common weaving styles include straight twisted, reverse twisted, and double twisted strengthened, each offering unique structural benefits. The straight twisted is standard, while reverse twisted provides added strength, and double twisted further enhances durability. Wire Diameter: Available in a range of wire diameters from thinner gauges suitable for light applications to thicker gauges ideal for robust needs. Common diameters include: 0.9 mm (for light applications like chicken netting) 1.6 mm (suitable for medium-duty fencing) 2.7 mm (used in heavy-duty gabions) Surface Treatment: Besides the standard galvanization, additional coatings such as PVC can be applied for added durability and color customization. Color: Primarily available in a natural metallic silver hue due to the galvanization, but can be customized with PVC coatings in various colors according to aesthetic or visibility requirements.

Gabion boxes offer flexible and durable solutions for various environmental engineering projects. Specifications: Gabion boxes are rectangular, compartmentalized containers constructed from a triple-twist hexagonal woven mesh. They are fabricated using galvanized iron (GI) wire to BS1052 standards or PVC- coated wire that complies with BS1485 and AASHTO-M181 specifications. These structures offer significant tensile strength, resilience, and are known for being environmentally friendly and cost-effective. Common Sizes: Length: Typically available in lengths ranging from 1 to 4 meters, depending on the application. Width: Standard widths range from 0.5 to 1 meter to accommodate different project requirements. Height: Heights commonly vary from 0.3 to 1 meter, ensuring flexible construction options. Mesh Size: Commonly used mesh sizes include 60 x 80 mm, 80 x 100 mm, and 100 x 120 mm, suitable for different fill materials and project needs. Wire Diameter: The wire thickness is usually between 2 mm and 4 mm for galvanized wire, and up to 5 mm for PVC-coated wire, providing varying degrees of robustness. Customization Capabilities: Mesh Size Customization: Mesh sizes can be adjusted based on specific requirements, with finer mesh preferred for smaller stones and larger mesh for coarser materials. Wire Coating: Choose between galvanized iron and PVC coatings based on the environmental conditions and expected longevity. Dimensions: Length, width, and height can be tailored to fit the topography and specific engineering needs. Diaphragm Placement: Diaphragms are incorporated to subdivide the gabion box, providing structural integrity and flexibility in stone placement.

Gabions are rectangular cages made from hexagonal double-twisted wire mesh filled with appropriately sized stones or quarry rocks. The mild tensile steel wire used in construction is class A galvanized per SABS 675 of 1993 standards. For enhanced protection, the galvanized wire can be coated with a 0.5 mm thick layer of PVC (polyvinyl chloride). This coating improves resistance against corrosion, particularly in harsh environments. The gabions are divided into separate compartments using diaphragms, which are mesh panels spaced at 1-meter intervals for improved strength and stability. This design allows the structure to withstand shifts and adjustments in the foundation or terrain. Common Sizes Standard Basket Sizes Width: 1 m Length: 1 m to 4 m Height: 0.5 m, 1 m Mesh Opening Sizes 50 x 50 mm 60 x 80 mm 80 x 100 mm 100 x 120 mm Wire Diameter Ranges from 2 mm to 8 mm Customization Capabilities Gabions can be manufactured in a variety of shapes and sizes, and wire specifications can be adjusted to meet different project requirements: Wire Diameter Customizable wire thickness between 2 mm and 8 mm allows for increased or decreased structural strength as needed. Coating Options Besides galvanization, gabion wire can be coated with PVC for added corrosion resistance. Available in different colors to blend with the environment or create a specific aesthetic. Mesh Size and Basket Dimensions Mesh sizes can be adjusted to suit specific stone sizes or project needs. Basket lengths can vary from 0.5 m to 6 m, and heights can be customized.

FRP Tray Cable Tray: Durable, Lightweight Design For Industrial Tray-type FRP cable trays are a hybrid, featuring a flat bottom like the trough-type but with shorter or no side walls. These trays offer a middle ground between trough and ladder types. They provide better cable support than ladder types and are easier to clean and maintain than trough types. Suitable for moderate-duty applications, they offer a balance of protection and accessibility but may not be ideal for heavy-duty or highly corrosive environments Hengshui Hongwo Technology Co., Ltd. specializes in producing Tray Type FRP Cable Trays, providing functional and reliable cable management solutions. We focus on creating products that meet the diverse needs of various industries, ensuring efficient cable organization and protection. Made from high-quality fiber-reinforced polymer, our trays offer a perfect balance of durability and weight efficiency. They are designed to accommodate a range of cabling requirements and adapt to different environmental conditions, making them a practical choice for effective cable management. Fiberglass Reinforced Polymer Tray Fiberglass Reinforced Polymer Tray FRP Tray Cable Tray FRP Tray Cable Tray Specification Our product range includes multiple specifications to suit different needs. With options in size, load capacity, and resistance features, our trays are built to maintain quality and performance under various conditions, adhering to stringent industry standards. Length: Our Tray Type FRP Cable Trays are available in lengths from 2 meters to 6 meters, catering to various project scales and accommodating different cable runs. Width: The width of these trays ranges from 100mm to 600mm, ensuring versatility in handling different cable volumes and configurations. Height: The height of the trays is designed between 50mm to 150mm, providing sufficient depth for secure cable placement and protection. Thickness: The thickness of the FRP material varies from 3mm to 5mm, ensuring structural integrity and durability for long-term use. Pressure Ratings: These trays are engineered to withstand pressure ratings from 5 kN/m^2 to 15 kN/m^2, suitable for various industrial applications. Adaptable Temperature Environment: The trays are capable of withstanding temperature ranges from -40°C to 120°C, making them suitable for diverse environmental conditions. Color: Standard colors include grey, black, and white, with options for custom colors to meet specific project requirements or aesthetic preferences. Surface Treatment: Options like anti-static, UV protection, and fire retardant coatings are available, enhancing the tray’s durability and application scope. Customizability: We offer customization in dimensions, colors, and surface treatments to precisely fit the needs of each unique project. Packaging: The trays are packaged securely in materials like wooden pallets or crates, with dimensions and materials adjustable based on customer needs and shipping requirements. These specifications underscore our commitment to delivering versatile and robust Tray Type FRP Cable Trays, tailored to a wide array of industrial cable management needs. Alias And Similar Names FRP Tray Cable Tray: The FRP Tray Cable Tray is known for its robust construction using fiber-reinforced polymer, ideal for durable and lightweight cable support in various industrial environments. This tray type excels in combining material strength with functional design for effective cable management. Fiberglass Reinforced Polymer Tray: Highlighting its material, the Fiberglass Reinforced Polymer Tray Tray offers exceptional corrosion resistance and longevity. It’s a preferred choice for harsh and demanding conditions, ensuring lasting performance in cable organization. Tray-Style FRP Cable Management System: The Tray-Style FRP Cable Management System emphasizes its versatile design, suitable for efficient organization and protection of cables. It’s particularly favored for its adaptability in different industrial settings, providing a practical solution for complex cabling. FRP Cable Support Tray: The FRP Cable Support Tray focuses on its functionality, ensuring secure and orderly cable layout. Its design is tailored for environments requiring high durability and efficient space utilization, making it a reliable choice for extensive cable management. Composite Tray Cable Tray: The Composite Tray Cable Tray combines strength with lightweight features due to its composite build. It’s an ideal option for areas needing a blend of robust construction and ease of installation, offering a versatile approach to cable management. FRP Cable Support Tray Tray-Style FRP Cable Management System Application Of Tray Type FRP Cable Trays Telecommunications and Power Distribution: Ideal for organizing and protecting cables in communication and energy sectors. Construction Industry Use: Suited for the robust demands of construction sites, both indoors and outdoors. Corrosion Resistance for Harsh Environments: Perfect for industrial plants and coastal areas where corrosion is a concern. Chemical and Water Treatment Facilities: Excelling in settings with exposure to corrosive substances. Infrastructure Projects: Reliable for use in bridges, tunnels, and other infrastructure works requiring durability. Versatility Across Industries: Adaptable for diverse needs, ensuring efficient cable management in various environments.

Hengshui Hongwo Technology Co., Ltd. specializes in producing and exporting Reinforced FRP Cable Trays. These trays are designed to provide reliable, efficient cable management solutions for various industries, with a focus on enhanced durability and practicality. Made from high-quality, reinforced fiber- reinforced polymer, they offer extra strength and longevity. Suitable for a broad range of cabling requirements, these trays adapt to different industrial environments, balancing durability with lightness and ease of handling. FRP Cable Tray with Reinforced Construction FRP Cable Tray with Reinforced Construction Heavy-Duty FRP Cable Tray Heavy-Duty FRP Cable Tray Industrial-Grade FRP Cable Tray Industrial-Grade FRP Cable Tray Reinforced Fiberglass Polymer Cable Tray Reinforced Fiberglass Polymer Cable Tray Specification For The Reinforced FRP Cable Tray: Length: Our Reinforced FRP Cable Trays come in lengths ranging from 2 meters to 6 meters, suitable for various installation requirements and project sizes. Width: The width options extend from 100mm to 600mm, allowing for accommodation of different cable volumes, from minimal to extensive cabling setups. Height: The trays have a height range between 50mm to 150mm, providing adequate depth for secure cable placement and layering if needed. Thickness: The reinforced design includes a thickness of 3mm to 5mm, ensuring additional strength and durability for long-term use. Pressure Ratings: Engineered to handle pressure ratings from 5 kN/m^2 to 20 kN/m^2, these trays are robust enough for various industrial applications. Adaptable Temperature Environment: They are capable of withstanding temperatures from -60°C to 120°C, making them versatile for diverse environmental conditions. Color: Standard colors like grey, black, and white are available, with custom color options to match specific project needs or aesthetic choices. Surface Treatment: Options include anti-static, UV protection, and fire retardant treatments, enhancing the tray’s durability and application suitability. Customizability: Dimensions, colors, and surface treatments can be customized to meet the specific requirements of each project. Packaging: Trays are securely packaged, typically in wooden pallets or crates, with packaging dimensions and materials adjustable according to customer preferences and shipping requirements. Main Difference The key difference with the Reinforced FRP Cable Tray is its enhanced durability and load capacity, making it suitable for environments where cables need additional support and protection. Including the Reinforced FRP Cable Tray, let’s compare it with the Trough-Type, Ladder-Type, and Tray-Type FRP Cable Trays: Reinforced FRP Cable Tray: Design: Similar to tray-type but with reinforced construction for added strength and durability. Durability: Enhanced due to the reinforced material, making it more robust against physical impacts and environmental conditions. Load Capacity: Can typically support heavier loads compared to standard FRP trays. Applications: Ideal in environments where extra strength is required, without compromising on the lightweight benefits of FRP. Trough-Type FRP Cable Tray: Design: Features a fully enclosed or semi-enclosed trough, providing excellent protection against dust and debris. Protection: Ideal for environments needing extra protection for cables. Ventilation: Offers less ventilation due to its more enclosed design. Applications: Best in contaminated areas or where cables need to be shielded from external elements. Ladder-Type FRP Cable Tray: Design: Consists of a ladder-like structure with side rails and rungs. Ventilation: Excellent ventilation, suitable for heat-generating cables. Load Capacity: Generally high due to its robust structure. Applications: Common in industrial settings for easy cable access and heat dissipation. Tray-Type FRP Cable Tray: Design: A flat or shallow tray, often with minimal sidewalls. Flexibility: Adaptable for complex routing. Ventilation: Moderate ventilation, more than trough-type but less than ladder- type. Applications: Versatile for commercial and light industrial use. Similar Names Reinforced Fiberglass Polymer Cable Tray: Known for its reinforced structure, the Reinforced Fiber Polymer Cable Tray offers exceptional durability. It’s ideal for settings demanding high strength and resilience, perfectly balancing material robustness with FRP’s inherent lightweight qualities. Heavy-Duty FRP Cable Tray: The Heavy-Duty FRP Cable Tray is recognized for its ability to support heavier loads than standard trays. Its design caters to challenging industrial environments, providing dependable cable support where additional strength is a critical requirement. Enhanced Strength FRP Cable Tray: Emphasizing its upgraded strength, the Enhanced Strength FRP Cable Tray is tailored for areas needing extra support. This tray type excels in environments where both durability and the lightweight nature of FRP are essential for efficient cable management. FRP Cable Tray with Reinforced Construction: Highlighting its construction, the FRP Cable Tray with Reinforced Construction is crafted to offer superior robustness. This design is especially beneficial in settings where physical impacts and strenuous conditions are common, ensuring long-lasting performance. Industrial-Grade FRP Cable Tray: The Industrial-Grade FRP Cable Tray stands out for its suitability in demanding industrial applications. It combines the corrosion resistance of FRP with enhanced structural integrity, making it a reliable choice for complex and heavy-duty cable management needs.

FRP Twisted Septic Tank: Enhanced Design For Reliable Treatment The FRP Twisted Septic Tank is an innovative solution for wastewater treatment, ideal for areas without central sewage. Its unique design is practical and efficient, making it durable and adaptable for both residential and commercial uses in various environments. FRP Twisted Septic Tank is a significant advancement in wastewater treatment technology, standing out with its innovative design and materials. Ideal for areas without centralized sewage facilities, this tank is perfect for both residential and commercial use. Its unique design and advanced construction ensure practicality and efficiency. The tank’s durability and adaptability to different environmental conditions make it a top choice for modern wastewater management solutions. Fiberglass Reinforced Polymer Helical Septic Tank Fiberglass Reinforced Polymer Helical Septic Tank Twist-Design FRP Wastewater Tank Twist-Design FRP Wastewater Tank Overview Structural Excellence: The tank’s unique twisted design is its standout feature, transcending mere aesthetics to provide functional benefits. This structure enhances the tank’s resistance to external forces, ensuring stability and longevity even under challenging conditions. Its interior compartmentalization facilitates efficient sewage treatment through various stages, including settling and digestion, mirroring a comprehensive treatment system. Advanced Materials: Constructed from high-strength fiberglass composite material and reinforced with unsaturated polyester resin, the tank showcases cutting-edge fiberglass winding technology. Its cylindrical shape with a concave-convex wheel-shaped head structure, optimized through ANSYS structural calculation software, speaks volumes of its technological sophistication. The design choices result in a tank that is lightweight yet remarkably strong. Durability and Efficiency: The tank’s durability is a significant advantage, offering high strength, excellent corrosion resistance, and a notable absence of leakage or pollution concerns. Its lightweight nature, compared to traditional concrete septic tanks, adds to its appeal, making installation and transportation more manageable. The material’s corrosion resistance ensures suitability for diverse environmental conditions, enhancing its versatility. Practical Design: With inlet and outlet pipes at both ends and inspection wellheads installed on the body, the tank is designed for ease of use and maintenance. The internal partition plates create compartments, and a circulating flashing device extends sewage retention time, improving treatment effectiveness. Features Cost-Effectiveness and Efficiency: These tanks are produced using industrialized, mechanized, and batch methods, resulting in a small volume with a large effective capacity, which saves on both manufacturing and installation costs. They are also designed for labor and time efficiency, being lightweight, high-strength, and easy to install. Space Saving: The design minimizes the need for extensive land excavation, saving valuable land space. Enhanced Durability: The tank’s twisted design increases strength and resilience, allowing it to better withstand external pressures and environmental stresses compared to standard tanks. Improved Structural Integrity: The twisting pattern not only enhances the tank’s aesthetic appeal but also contributes to its overall stability and integrity, reducing the risk of deformation or damage. Highly Efficient Wastewater Treatment: The tank efficiently processes and treats wastewater, making it suitable for areas without access to municipal sewage systems. Its anaerobic decay capability is notably more effective than traditional septic tanks. Environmentally Friendly: These tanks are environmentally conscientious, with excellent sealing to prevent leakage and pollution. They are also non-corrosive to surrounding flora and infrastructure. Longevity: Constructed from fiberglass, these tanks are resistant to aging, acids, and alkalis, and have a lifespan exceeding 50 years. Superior Pressure and Compressive Strength: Their cylindrical shape and resin sealing greatly enhance compressive strength, offering greater resilience than other shapes. Low Maintenance: Designed for convenience, these tanks require no post- installation management, have long slag cleaning cycles, and are unpowered, eliminating the need for ongoing maintenance. FRP Twisted Septic Tank Specifications Length: Available in various lengths, typically ranging from 1270 mm to 3530 mm, to accommodate different site requirements and installation spaces. Width: The width of these tanks varies, with common sizes ranging from 1000mm to 1800mm, allowing for flexibility in placement and capacity. Height: Tank heights are designed to suit different depth requirements, generally between 1000mm and 1800mm, ensuring efficient underground installation. Thickness: The wall thickness of the tanks is optimized for strength and durability, usually ranging from 4mm to 7mm, depending on the tank size and intended use. Volume: The volume capacity of the tanks varies significantly to suit different user requirements, typically from 1 m³ to 9 m³ or more, making them suitable for a wide range of residential and commercial applications. Number of Users Per Tank: The tanks are designed to cater to a varying number of users, from small households to larger commercial establishments, with capacities suitable for approximately 3 to over 70 users per tank. Customizability: Custom sizes and configurations are available to meet specific project needs, including adjustments in dimensions, inlet/outlet placements, and additional features. Packaging: The tanks are securely packaged for transport, typically using robust materials like wooden pallets or frames, ensuring they arrive in excellent condition. Packaging dimensions and materials can be adjusted based on customer preferences and shipping requirements.

FRP MSC Septic Tanks: Effective Sewage Treatment For Urban And Remote Areas FRP MSC Septic Tanks deliver advanced wastewater management for residential to industrial uses, especially in areas lacking centralized sewage. These corrosion-resistant, leak-proof tanks are suitable for diverse environments, offering reliable, long-lasting sewage treatment and environmental resilience. Hengshui Hongwo Technology Co., Ltd. specializes in the production and export of FRP MSC Septic Tanks, providing advanced wastewater management solutions for a wide range of applications, from residential to industrial. These versatile tanks are highly effective, especially in areas lacking centralized sewage systems, offering reliable sewage treatment and disposal for both urban and remote locations. Made from corrosion-resistant, high-quality materials, they are suitable for various environmental conditions and designed to be leak- proof, preventing surface water contamination. A key feature of these tanks is their durability, demonstrating significant resilience against environmental stresses and ensuring a long-lasting wastewater treatment solution. Fiberglass Reinforced Plastic Septic System Fiberglass Reinforced Plastic Septic System GRP Underground Sewage Tank GRP Underground Sewage Tank SMC(Sheet Molding Compound) is a type of fiberglass reinforced plastic (FRP) material that is widely used in the manufacturing of various composite products, including septic tanks. It is known for its strength, durability, and resistance to environmental factors, making it an ideal material for such applications.These septic tanks are a product of innovative technology, representing a three-format fiberglass septic tank system. They are constructed using unsaturated polyester resin, high-strength glass fiber, and high- performance auxiliary additives. The substrate is sheet molded plastic, formed by a large four-column hydraulic press. This approach results in a cylindrical structure, comprising an upper cover and a lower bottom, sealed with a sealant strip and secured with bolts. This design is not only efficient but also simplifies the installation process. The multi-layer composite structure of these tanks significantly enhances their strength and extends their service life. This feature is pivotal in providing a robust solution for long-term wastewater management. Innovative Three-Format Structure The SMC Septic Tank is ingeniously designed, comprising three interconnected sealed tanks, each partitioned to optimize the treatment process. The volume ratio of these tanks is carefully calculated as 2:1:3. This design ensuring that wastewater is processed effectively and efficiently. SMC Septic Tank Structure Efficient Wastewater Treatment Process Wastewater management in these tanks involves a multi-stage process: Fecal Processing in the Middle Layer: The feces enter the first tank through the inlet pipe. Here, the initial breakdown of organic matter begins, setting the stage for more detailed treatment in the subsequent tanks. Precipitation of Insect Eggs: This stage involves the settling down of heavier particles, including insect eggs, which are a common concern in wastewater. Facultative Anaerobic Fermentation: In this stage, the organic matter undergoes fermentation. The facultative anaerobic process ensures that even in the absence of oxygen, the breakdown of waste continues effectively. Organic Matter Explanation and Degradation Products: The final stage involves the degradation of organic matter into simpler, non-harmful components. The by- products of this degradation process also contribute to the killing of pathogens, ensuring that the effluent reaching the final stage is harmless. Reaching Harmless Treatment Standards: After undergoing these comprehensive treatment stages within the septic tank, the feces are effectively rendered harmless. This process not only meets but often exceeds environmental and health standards, ensuring that the output has minimal impact on the surrounding ecosystem. Features Leak-Proof and Durable Material: Fiberglass septic tanks are crafted from high- strength, acid and alkali-resistant polymer materials like synthetic resin and glass fiber, ensuring durability and safety. These tanks are molded with high- strength mechanical techniques to prevent leakage and withstand harsh conditions. Efficient and Harmless Treatment: With excellent sealing and a staggered partition design, these tanks facilitate smooth substrate transfer and extended fermentation time, resulting in effective anaerobic decay. This design enhances the sewage treatment capacity, outperforming traditional septic tanks in efficiency. Environmentally Friendly: These tanks are produced integrally, ensuring no leakage or environmental pollution. The design protects the surrounding environment, including flora, and effectively kills parasitic eggs and bacteria. The resulting organic fertilizer is harmless and environmentally sustainable. Space-Saving and Flexible Installation: The compact structure of these tanks requires about 60% less space than traditional septic tanks, offering flexibility in site selection and practicality in saving land resources. Labor-Saving: The design and operation of these tanks save on manpower and resources, reducing the need for technical guidance. This makes them a cost- effective and efficient option for waste management. Low Maintenance: Fiberglass septic tanks require minimal maintenance and no specialized management, with a recommended cleaning cycle of every 5 to 9 months, thus saving on long-term operational costs. High Cost-Effectiveness: Produced in a factory setting through batch and mechanized processes, these tanks use new materials and processes to offer a small size with a large effective volume. This makes them economically viable and highly endorsed by health departments. Convenient Installation: Designed for modular production, these tanks are easy to transport. The installation process is straightforward, involving quick connection of the upper cover and bottom plate with screws. They can be installed and operational on the same day, making them convenient for various construction sites.