Other Products

Features

• Corrosion Resistance:Brass anchors are made from high-quality brass material, which offers excellent corrosion resistance, making them suitable for both indoor and outdoor applications.
• Strength and Reliability:Brass anchors provide reliable holding power and can withstand substantial loads, ensuring a secure and long-lasting fixing.
• Versatility:Brass anchors are versatile and can be used in various masonry materials, including concrete, brick, and block.
• Easy Installation:Brass anchors are designed for straightforward installation, requiring minimal effort for secure fixing.
• Aesthetics:Brass anchors have an attractive appearance, making them suitable for applications where aesthetics are important.

Copper battery terminals are available in various types and designs, including:

• Top Post Copper Battery Terminals:These terminals are commonly used in automotive batteries with top post configurations. They have a cylindrical or hexagonal shape that fits over the battery post. Top post copper battery terminals are often secured with bolts or screws.


• Lug Copper Battery Terminals:Lug terminals are used in a variety of applications, including industrial batteries and custom installations. They have a lug or ring-shaped end that can be bolted or soldered onto the battery cable.

Copper battery terminals offer several advantages:

• High Electrical Conductivity:Copper is an excellent conductor of electricity, allowing for efficient flow of electrical current between the battery and connected devices.


• Corrosion Resistance:Copper is naturally resistant to corrosion, reducing the risk of terminal degradation and ensuring a longer lifespan.


• Malleability and Ductility:Copper is a malleable and ductile metal, making it easier to shape and install on battery posts or cables.


• Reliability:Copper terminals provide a secure and reliable electrical connection, minimizing the risk of voltage drops or intermittent connections.

Key features and advantages of Brass earth blocks include:

• Electrical Conductivity: Brass is an excellent conductor of electricity, ensuring efficient dissipation of fault currents to the ground.


• Corrosion Resistance: Brass earth blocks are designed to be resistant to corrosion, making them suitable for both indoor and outdoor grounding applications.


• Multiple Termination Points: Earth blocks have multiple terminals or holes to accommodate various grounding conductors, allowing for efficient organization and consolidation of grounding connections.


• Mechanical Strength: Brass provides robust mechanical connections, ensuring long-lasting and reliable grounding.


• Ease of Installation: Earth blocks are generally easy to install and require standard electrical connectors or screws for termination.

Machining Processes for Brass Parts

• Turning:Brass rods or bars are rotated on a lathe, and a cutting tool removes material to create cylindrical parts with precise dimensions. External features, threads, and other details can be added.
• Milling:Brass blocks or sheets are clamped on a milling machine, and rotary cutters remove material to create complex shapes, pockets, slots, and intricate profiles.
• Drilling:Holes of various diameters and depths can be drilled into Brass parts using specialized drills or machining centres.
• Tapping:Internal threads are created in Brass parts using a tapping tool, allowing them to be screwed onto other components.
• Boring:Larger-diameter holes with high precision and smooth finishes can be achieved using boring tools.
• Knurling:Textured patterns can be added to the surface of Brass parts using knurling tools, enhancing grip and aesthetics.
• Broaching:Broaching machines can create complex shapes or profiles by pushing or pulling a broach through a Brass part.

Advantages

• Corrosion Resistance:Brass’s corrosion resistance makes it suitable for various environments, including outdoor and marine applications.
• Aesthetic Appeal:Brass has a warm, golden appearance that adds aesthetic value to products.
• Machinability:Brass is relatively easy to machine, resulting in efficient production and precise parts.
• Durability:Brass offers good strength, making it suitable for parts that require mechanical reliability.
• Electrical Conductivity:Brass has good electrical conductivity, making it useful for electrical components.

Applications 

• Automotive:Various automotive components such as fittings, connectors, and decorative parts.
• Electronics:Electrical connectors, terminals, sockets, and other electronic components.
• Plumbing:Fittings, valves, connectors, and other plumbing fixtures.
• Aerospace:Aerospace components requiring corrosion resistance and precise dimensions.
• Consumer Goods:Door hardware, locks, knobs, handles, and decorative elements.
• Medical Devices:Parts for medical instruments and equipment.
• Industrial Machinery:Components for machinery, tools, and equipment.

Features

• Repairing Hoses:When a hose becomes damaged or develops a leak, a Brass hose mender can be used to cut out the damaged section and join the two ends back together. This can extend the life of the hose and prevent the need for a complete replacement.
• Extending Hoses:Brass hose menders can be used to join two hoses together, effectively extending their length. This is useful when a longer hose is needed for reaching distant areas without having to purchase a new hose.
• Barbed Ends:Brass hose menders typically have barbed ends that provide a secure grip on the hose material. When the hose is pushed onto the barbs, it creates a tight seal that prevents leaks and ensures a reliable connection.
• Hose Clamps:To ensure a watertight connection, hose clamps are often used with Brass hose menders. These clamps are tightened around the hose over the barbed ends of the mender, creating additional pressure to secure the hose in place.
• Variety of Sizes:Brass hose menders come in various sizes to accommodate different hose diameters. It’s important to select a mender that matches the diameter of the hose you’re working with to ensure a proper fit.

Brass conduit bushes are fittings used to provide a smooth and rounded entry point for electrical wires or cables into a conduit. They are installed at the end of the conduit, helping protect the wires from sharp edges and preventing damage to the insulation during insertion.

• Brass Conduit Male Bushes:These are fittings with external threads designed to be inserted into the female threads of the conduit. The male bush provides a threaded opening for attaching conduit connectors, couplings, or other fittings.
• Brass Conduit Female Bushes:These are fittings with internal threads designed to receive the male threads of the conduit or other fittings. The female bush provides a secure threaded connection for attaching conduit connectors, couplings, or other components.
• Brass Conduit Slotted Plugs:Brass conduit slotted plugs are used to cap off the ends of conduits to prevent the ingress of dust, debris, or moisture. These plugs have a slotted or flat head that can be easily tightened or removed using a screwdriver.

Key Points

• Design:Brass male hose barb tails typically consist of a threaded male end and a barbed end. The barbed end has multiple ridges that grip the inner surface of a flexible hose when the hose is pushed onto the fitting.
• Materials:Brass is commonly used for male hose barb tails due to its strength, corrosion resistance, and ability to withstand different types of fluids and environmental conditions.
• Thread Types:The threaded end of Brass male hose barb tails comes in various thread types, such as NPT (National Pipe Thread) or BSP (British Standard Pipe). The thread type should match the connection point you are attaching the fitting to.
• Hose Connection:To create a secure connection, a hose clamp or hose clip is used to secure the hose onto the barbed end of the fitting. The clamp tightens around the hose and the fitting, ensuring a leak-resistant seal.

Applications

• Connecting hoses to faucets, pumps, valves, and other water-related equipment.
• Industrial applications for fluid transfer in manufacturing processes.
• Agricultural applications for irrigation and fluid transfer in farm equipment.
• Automotive applications for connecting hoses in cooling systems and air intake systems.

Material Specifications:

• High-Grade Free-Cutting Brass


• Brass Alloys: CuZn39Pb3, CuZn39Pb2, CuZn38Pb1.5, CuZn37Pb2, CuZn40Pb2, MS 58, BS2874, IS 319 (Type I & II)


• ASTM Standards: C35300, C35330 DZR, C36000 (CDA 360), C36500, C37000, C37100, C37700, C37710, C38500


• BS Standards: CZ121, CZ122, CZ124, CZ128, CZ131, CZ132


• EN Standards: CW602N, CW603N, CW606N, CW608N, CW612N, CW614N, CW617N


• JIS Standards: C3601, C3602, C3603, C3604, C3605, C3712, C3771


• Special brass material compositions are available upon request.

Product Range:

• Available in 2 Way to 108 Way configurations, with lengths up to 1.5 meters.


• Sizes range from M2 to M30, with special sizes up to M36, and standard sizes including 1/8’’, 5/32’’, 3/16’’, 1/4’’, 5/16’’, 3/8’’, 1/2’’, 3/4’’, 1’’, 1-1/2”, 2”, or custom designs based on your requirements.

Thread Specifications: Threads include ISO Metric (MM), BA, BSW, BSP, BSPT, BSF, BSB, UNC, UNF, UNEF, NPT, NPS, and any other specified threads per client requirements.

Accessories: We provide complete assemblies with screws (Brass/Steel), washers, nuts, connecting plates, and any necessary plastic or rubber components as per customer needs.

Applications: Our products are widely used as essential components in panel boards, electrical boards, and in the electronics and telecommunications industries.

Finish & Coating Options: Natural Clean, Nickel Plated, Electro-Tin Plated, Silver Plated, Copper Plated, Zinc Plated, Chrome Plated, or any specified surface finish.

Features

• Design:Pipe sockets have an opening or socket on each end where the pipes are inserted. The interior of the socket is threaded or smooth, depending on the type of connection required.
• Materials:Pipe sockets manufactured by Conex Metals are made from Brass or Stainless Steel. The choice of material depends on factors such as the type of fluid being transported, environmental conditions, and compatibility with other components.
• Types:There are different types of pipe sockets, including threaded pipe sockets and plain pipe sockets. Threaded sockets have internal threads that match the threads of the pipes, while plain sockets have a smooth interior for non-threaded pipes.
• Thread Types:Threaded pipe sockets come with various thread types, such as NPT (National Pipe Thread) or BSP (British Standard Pipe), to match the threaded pipes you are connecting.
• Applications:Pipe sockets are used in various applications, such as water supply systems, irrigation, gas lines, industrial piping, and more.
• Sizes:Pipe sockets are available in various sizes to match the diameter of the pipes being connected.
• Versatility:Pipe sockets are often used for creating straight-line connections between pipes of the same diameter. They can also be used to replace damaged sections of piping or to extend the length of a pipe.

Key Points

• Purpose:Stop plugs are used to close off the end of a pipe or threaded opening to prevent the escape of fluids, gases, or other materials.
• Design:Stop plugs are typically threaded to match the threads of the pipe or opening they are being used in. This allows them to be screwed into place, creating a tight seal.
• Materials:Stop plugs manufactured by Conex Metals are made from Brass or Stainless Steel. The choice of material depends on factors such as the fluid being transported, the environmental conditions, and the specific application.
• Thread Types:Stop plugs come in different thread types, such as NPT (National Pipe Thread) or BSP (British Standard Pipe). It’s important to select a plug with the correct thread type to match the pipe or opening.
• Applications:Stop plugs are used in a variety of applications, including plumbing systems, gas lines, hydraulic systems, industrial equipment, and more.
• Types:There are different types of stop plugs, such as hexagonal head plugs, square head plugs, and socket head plugs. The choice of type depends on factors like the available space for installation and the ease of tightening.
• Sizes:Stop plugs are available in various sizes to match the diameter of the pipe or opening.

Technical Specifications

• Material Composition: Typically 90% copper, 10% tin (may vary slightly based on specific product)
• Tensile Strength: 65,000 PSI (450 MPa)
• Electrical Conductivity: 16% IACS (International Annealed Copper Standard)
• Temperature Rating: -40°C to 150°C (-40°F to 302°F)
• Torque Specifications: Varies by connector size (refer to product-specific documentation)

Maintenance Tips

• Regular Inspections: Conduct visual checks for signs of corrosion, loosening, or overheating
• Torque Checks: Periodically verify and adjust connector tightness according to specifications
• Cleaning: Remove dust and contaminants using appropriate cleaning agents
• Lubrication: Apply approved conducting grease to prevent oxidation and enhance conductivity
• Thermal Imaging: Use infrared cameras to detect potential hotspots or loose connections

Design and Construction

• Brass Construction:Brass is commonly used for the body of tyre valves due to its corrosion resistance and durability. The Brass body helps prevent rust and degradation caused by exposure to the elements.
• Valve Core:Inside the valve, there is a valve core that can be unscrewed to allow air to flow in or out of the tyre. When the valve core is tightened, it creates an airtight seal, preventing air from escaping.
• Valve Cap:Tyre valves usually come with a valve cap that protects the valve core from dirt, moisture, and debris. The valve cap also helps maintain the integrity of the valve’s sealing mechanism.
• Valve Stem:The valve stem is the portion of the valve that extends outside the tyre, allowing easy access for attaching an air pump or gauge.

Types

There are different types of Brass tyre valves designed for various applications:

• Schrader Valve:This is a common valve type used in most automobiles, motorcycles, and bicycles. It features a spring-loaded valve core and is typically used with a variety of air pumps and gauges.
• Presta Valve:Commonly found in bicycles, especially road bikes, the Presta valve has a narrower profile and requires a specific pump head for inflation.

Advantages of Brass Tyre Valve

• Corrosion Resistance:Brass is resistant to corrosion and oxidation, making it well-suited for outdoor and automotive applications.
• Durability:Brass is a robust material that can withstand the rigors of road conditions, weather, and repeated usage.
• Airtight Seal:The valve’s design, including the valve core and cap, ensures a reliable and airtight seal, preventing air leakage.

Feature

• Material:Bronze eye bolts are made of Bronze such as C955,C956 and other high strenght copper alloys. Bronze offers excellent corrosion resistance, making these eye bolts suitable for outdoor and marine applications where exposure to moisture or harsh environmental conditions is a concern.


• Threaded Shank:The shank of the eye bolt is threaded, allowing it to be securely screwed into a pre-drilled hole or threaded receptacle, providing a strong attachment point.


• Eye Design:The eye portion of the bolt is circular and closed, forming a loop through which ropes, cables, or other connectors can pass. Some eye bolts may have a welded or forged eye, ensuring greater strength.


• Size and Load Capacity:Bronze eye bolts are available in various sizes, with load capacities specified for each size. It is crucial to select the appropriate size and load capacity based on the intended application and the expected loads.

Copper battery terminals are available in various types and designs, including:

• Top Post Copper Battery Terminals:These terminals are commonly used in automotive batteries with top post configurations. They have a cylindrical or hexagonal shape that fits over the battery post. Top post copper battery terminals are often secured with bolts or screws.


• Lug Copper Battery Terminals:Lug terminals are used in a variety of applications, including industrial batteries and custom installations. They have a lug or ring-shaped end that can be bolted or soldered onto the battery cable.

Copper battery terminals offer several advantages:

• High Electrical Conductivity:Copper is an excellent conductor of electricity, allowing for efficient flow of electrical current between the battery and connected devices.


• Corrosion Resistance:Copper is naturally resistant to corrosion, reducing the risk of terminal degradation and ensuring a longer lifespan.


• Malleability and Ductility:Copper is a malleable and ductile metal, making it easier to shape and install on battery posts or cables.


• Reliability:Copper terminals provide a secure and reliable electrical connection, minimizing the risk of voltage drops or intermittent connections.

Features 

• Electrical Safety: RWP bonds are designed to safely direct lightning currents away from rainwater pipes and gutters, reducing the risk of structural damage and electrical hazards.
• Lightning Protection: In a lightning protection system, RWP bonds help to create a low-resistance path for lightning currents to travel safely to the grounding system, which disperses the electrical energy into the ground.
• Material: RWP bonds are typically made from high-conductivity materials like Copper or tinned Copper, as these materials provide excellent electrical conductivity and corrosion resistance.
• Connection: RWP bonds are securely attached to the rainwater pipes and then connected to the building’s main grounding system, ensuring a reliable and continuous path for lightning current.
• Compliance: RWP bonds are installed according to recognized industry standards and local electrical codes to ensure compliance with safety requirements.
• Inspection and Maintenance: Regular inspection and maintenance of RWP bonds are essential to ensure their ongoing effectiveness and integrity. Damaged or corroded bonds should be promptly repaired or replaced.

Features 

• Connection Points: Terminal bases consist of a series of metal or insulated terminals arranged in a row or a block. Each terminal provides a connection point where wires or conductors can be securely attached.


• Wire Termination: Wires are typically terminated onto the terminals using screws, spring clamps, or other methods, depending on the design of the terminal base. The termination method ensures a reliable electrical connection.


• Modular Design: Terminal bases often have a modular design, allowing them to be easily snapped together or mounted side by side to create larger connection points for multiple wires.


• Labelling: Some terminal bases have areas for labelling or marking the connected wires, making it easier to identify and trace connections.


• Types: Terminal bases come in various types, including barrier terminal blocks, feed-through terminal blocks, fuse terminal blocks, and ground terminal blocks, among others. Each type is designed for specific applications and connection requirements.


• Applications: Terminal bases are widely used in industrial control panels, electrical cabinets, power distribution systems, motor control centers, electronics prototyping, and various other applications that involve electrical connections.

Applications

• Grounding and Bonding Systems: Ensuring the effectiveness of bonding connections in grounding systems is critical for electrical safety. Proper bonding of metallic components, such as electrical panels, conduits, pipes, and equipment, helps prevent dangerous potential differences and ensures that fault currents flow safely to the Earth.


• Lightning Protection Systems: In lightning protection systems, test bonds are performed to verify that conductive components, such as air terminals (lightning rods), down conductors, and grounding electrodes, are securely bonded to provide a reliable path for lightning current to discharge safely into the ground.


• Electrical Equipment and Machinery: Test bonds are often conducted in industrial settings to ensure proper bonding between metallic parts of electrical equipment and machinery. This helps mitigate the risk of electrostatic discharge (ESD) and reduces the potential for electrical interference or damage to sensitive electronics.