Minerals & Metals

Product Item：HY005 Manufacturing: Cold Rolled/Cold Drawn Type: Seamless/Welded Surface: Annealed and Passivated Application Fields: heat exchanger, boiler, evaporator Alloy 825/ UNS N08825/ W.Nr.2.4858/ Incoloy® 825 Alloy 825 tube, also known as Incoloy 825 pipe, W.Nr. 2.4858 or UNS N08825, this nickel alloy steel is a combination of nickel, chromium, and iron, with small amounts of molybdenum, copper, and titanium to enhance its resistance to corrosive environments, especially in chloride-containing media. 825 tubing is a durable and reliable material that is widely used in applications that involve harsh environments and high temperatures. UNS N08825 Chemical Composition: % Ni Cr Fe Mn C Cu Si S Al Ti Mo Min 38.0 19.5 22.0 1.5 0.6 2.5 Max 46.0 23.5 1.0 0.05 3.0 0.5 0.03 0.2 1.2 3.5 Features of Alloy 825 Tube: 1. Excellent Corrosion Resistance: Alloy 825 tube is highly resistant to corrosion, pitting, and stress corrosion cracking in various corrosive environments like nitric acid, sulfuric acid, phosphoric acid, and others. 2. High-Temperature Strength: The inconel 825 tube can withstand high temperatures up to 550°C (1020°F) and still maintain its excellent mechanical properties. 3. Good Weldability: Incoloy 825 pipe can be easily welded with various welding processes, including gas tungsten arc welding, gas metal arc welding, and shielded metal arc welding. Incoloy® 825 Physical Constants: Density 8.19 Mg/m³ Melting Range 1370-1400 ℃ Alloy 825 Tube Application: 1. Chemical Processing Equipment: Alloy 825 tube is used in the chemical processing industry for making process vessels, reactors, tanks, and other equipment that need to be resistant to corrosion. 2. Heat Exchanger Tube UNS N08825: Incoloy 825 tubing is commonly used as heat exchanger tubing in various industries like chemical processing, oil and gas, and power generation. 3. Pollution Control: Alloy 825 tube is widely used in pollution control systems due to its excellent corrosion resistance, widely used in scrubber systems for removing harmful gas emissions from power plants and other industrial facilities. 4. Petroleum Refining: Inconel 825 pipe is used in petroleum refining applications due to its ability to withstand highly corrosive environments, commonly used in heat exchangers, piping systems, and other equipment that comes into contact with sulfuric acid, hydrochloric acid, and other corrosive substances. 5. Offshore Oil and Gas Production: The incolony tube is widely used in offshore and onshore oil and gas production, where corrosion-resistant materials are needed to withstand harsh corrosive environments. * Marine: W.Nr.2.4858 is used in marine applications, including seawater cooling systems, desalination plants, and offshore platforms. * Acid Production: 825 pipe is commonly used in the production of acids such as sulfuric acid, phosphoric acid, and nitric acid due to its excellent resistance to corrosion. It is used in heat exchangers, piping systems, and other equipment that come into contact with these corrosive substances. * Nuclear Fuel Reprocessing: Incoloy 825 seamless pipe is commonly used in nuclear fuel reprocessing applications due to its ability to withstand highly corrosive environments. It is used in equipment such as storage tanks, piping systems, and heat exchangers that come into contact with radioactive materials and corrosive substances. Alloy 825 is available in wide variety of shapes and forms including pipe, tube, fitting, flange, sheet, plate, round bar, forging stock, flat bar, wire, hexagon. The various forms of UNS N08825 from Hengyang Piping meet different critical standards like ASTM, ASME, DIN, EN, ISO and clients’ specification. For detailed information about customized pipe and fittings, please contact us!

Angle steel for pressurized fluid transfer is made of hot rolled strip steel coil as tube billet, spiral forming at room temperature and welding by high- frequency lap welding. They are used for pressurized fluid transport. The steel pipe has strong bearing capacity, good plasticity and is easy to weld and process. After a variety of rigorous and scientific inspections and tests, it is durable and reliable. Large steel pipe diameter, high conveying efficiency. It can save the investment in laying the pipeline. It is mainly used for laying pipelines transporting oil and natural gas. spiral welding angle steel Angle steel is generally used for low pressure fluid transport. The hot rolled strip coil is used as the tube billet, and the spiral shape is usually formed by double-sided automatic submerged arc welding or single-side submerged arc welding. Double sided welding. Submerged arc welded steel pipe is used to transport water, gas, air, steam and other general low pressure fluid pipeline. The spiral seam high frequency welding Angle for low pressure fluid transport is generally made of hot rolled steel strip as a tube blank, which is usually spiral at a certain temperature and is welded by high frequency lap welding. Used for general low pressure fluid transport. Seam high frequency welded steel pipe. Spiral welding Angle steel is made of hot rolled strip steel coil as tube billet, spirally formed at room temperature and made by double-sided submerged arc welding or high frequency welding. They are used in civil building structures and docks. Steel pipe for bridge and other foundation piles.

Minimum Order: 1 bags

Chemical composition and element analysis: 431 stainless steel is a high-quality stainless steel whose chemical composition has an important impact on its properties and applications: Carbon (C) : 0.11~0.17%, moderate carbon content helps to provide strength and corrosion resistance. Silicon (Si) : Silicon content ≤0.80%, used to improve corrosion resistance. Manganese (Mn) : Manganese content ≤0.80%, used to adjust the mechanical properties of the material. Phosphorus (P) : Phosphorus content ≤0.040%, control the content of impurities in the material. Sulfur (S) : sulfur content ≤0.030%, help to improve processing performance. Chromium (Cr) : The chromium content is between 16.00 and 18.00%, providing excellent corrosion resistance to stainless steel. Performance characteristics: Tensile strength: Has a wide range of tensile strength, from 880 MPa to 1350 MPa, depending on the specific processing and heat treatment conditions. Yield strength: It has a yield strength of 690 MPa to 1050 MPa, showing good mechanical properties. Elongation: with 12% elongation, showing a certain ductility. Section shrinkage: up to 39%, describing the properties of the material at fracture. Hardness: Annealing hardness is about 295 HBW. International corresponding brand: Chinese standard (GB-T) : digital grade S43120, new grade 17Cr16Ni2, old grade 1Cr17Ni2. American Standard (ASTM) : S43100, in accordance with ASTM standards. SAE Standards: No specific SAE standards are available. UNS standard: 431, used to identify materials. Japanese Standard (JIS) : meets sus431 in JIS standard. German standard (DIN) : 1.4057. European Standard (EN) : X17CrNi16-2. Application field: 431 stainless steel is suitable for the manufacture of parts requiring high strength, toughness, plasticity and corrosion resistance, especially bearing parts working in wet media. Due to its high strength and corrosion resistance, it is often used in applications that need to withstand high stresses and harsh environments, such as Marine equipment and chemical equipment. In addition, it can also replace 1Cr17Ni2 in some applications, providing better performance.

Minimum Order: 1 bags

Bronze wire mesh is a versatile material with a wide range of applications, from industrial uses as a liquid filter to decorative architectural projects. With its unique blend of strength, durability, and aesthetic appeal, bronze wire mesh has become increasingly popular in various industries. Weave Types and Mesh Size Bronze wire mesh is available in various weave types, each offering different characteristics to suit specific applications. The most common weave types include plain weave, twill weave, and Dutch weave. Mesh size refers to the number of openings per inch in the wire mesh. It determines the filtration capacity and can vary based on the application requirements. Mesh sizes typically range from 2 mesh to 400 mesh, with smaller sizes suitable for finer filtration and larger sizes for more coarse applications. Classification and Application Bronze wire mesh can be classified based on its material composition, such as phosphor bronze or aluminum bronze, and its specific application. Liquid Filter Use: Bronze wire mesh is widely employed as a liquid filter due to its excellent durability and corrosion resistance. It effectively removes impurities from liquids while maintaining high flow rates. Common applications include filtration in chemical processing, oil refining, pharmaceutical production, and water treatment. The choice of mesh size depends on the desired level of filtration and the type of contaminants being targeted. Decorative Architectural Use: Bronze wire mesh has gained popularity in the architectural world for its aesthetic appeal and versatility in creating unique designs. It can be used for interior and exterior applications, such as decorative facades, partitions, balustrades, and ceilings. The bronze mesh adds a touch of elegance, allowing light and air to pass through while providing privacy and protection.

Woven copper meshes are woven from a variety of copper and copper alloy wire materials. We manufacture and fabricate woven copper mesh screens for a variety of industries including test sieves, filter, EMI/rfi shielding, heat treating and more. Common material content: Red copper wire (99.9% pure copper content), phosphor copper wire (85%-90% copper, 5%-15% tin). Weaving patterns: Plain weave, twill weave, dutch plain weave, dutch twill weave. Plain weave -Each warp wire crosses alternately above and below each weft wire. Warp and weft wires generally have the same diameter. Twill Weave -allows a thicker wire and is suitable for heavy meshes. The wire position of twill weave wire mesh is less stable compared with plain weave. Dutch Plain Weave -similar to plain weave, while the warp wires are thicker and packed more closely together. This type of woven wire mesh is mainly used as industrial filter cloth. Dutch Twill Weave -combination of dutch weave and twill weave. It is similar to twill weave, but the warp wires are thicker and packed more closely together. This type enables a strong wire cloth with super fine filtration. for fine filtration. Five Heddle Weave -smooth top surface and an open lower surface. It is ideal to withstand high mechanical strain and excellent filter performance. Reverse or Reinforced Dutch Weave -the same as dutch weave except the warp and weft wires are reversed. the weft wires are thicker than the warp wires. the opening of the two nearby orientated wires (warp wires or weft wires) at dutch weave is difficult to define.

Decorative brass wire mesh is a copper + zinc alloy wire fabric, a new type of decorative material for inner and outer of buildings. Brass and copper wire mesh can be used in wall decoration, ceiling, partition, metal curtain, elevator inner decoration, furniture decoration and window glass inner-layer fillings. Copper or brass decorative wire mesh is made of copper wire or brass wire. Decorative woven wire mesh is woven with copper alloy wire, copper wire, stainless steel wire, etc. The product can be supplied with the color of the original metal, or painted into bronze, copper, gold and other metallic colors. Woven decorative mesh fabric offers a good three-dimensional effect, and shows charm under the illumination of light. It is a versatile decoration material for modern hotels, restaurants, exhibition halls, etc. Benefits: Decorative wire cloth can be used in decorating spacious public building, also a small site. The natural metal color changes with the light and the emission effect of the metal mesh, the chaotic and changing visual effect can reflect the creativity of the designer. Installation and application of decorative wire mesh is not restricted by space and the installation is simple. Our brass mesh product can be used in facade construction, protective guardrails, parking garage facades, sound absorption and sun protection. Because of the weaving procedure, extra long panels can be fixed from grand floor to the roof. Unusual facade designs can be realized with decorative mesh grilles.

Brass woven wire cloth is a versatile material known for its durability, corrosion resistance, and aesthetic appeal. It finds applications in a wide range of industries, including filtration, sieving, screen printing, and decorative purposes. Weave Types: Plain Woven, Twill Woven, and Dutch Woven Brass woven wire cloth is available in various weave types, each offering distinct characteristics and applications. Plain Woven: Plain woven brass wire cloth is the most common and simplest weave type. It features a simple over-and-under pattern, resulting in a square mesh with uniform openings. This weave type provides good strength and excellent filtration capabilities, making it suitable for general-purpose applications such as particle filtration and separation. Twill Woven: Twill woven brass wire cloth is characterized by a diagonal pattern created by passing the weft wire alternately over and under two or more warp wires. This weave type offers greater strength and allows for finer mesh sizes. Twill woven brass wire cloth is commonly used in applications that require precise filtration, such as fine particle separation and liquid filtration. Dutch Woven: Dutch woven brass wire cloth is characterized by a combination of fine mesh openings and a relatively high wire density. It has a reverse twill weave pattern with a smaller wire diameter used as the weft wire and a larger wire diameter used as the warp wire. Dutch woven brass wire cloth provides excellent filtration performance and is commonly used in applications where fine filtration and high flow rates are required, such as pressure and vacuum filters.

RFI (radio frequency interference) shielding wire mesh is usually adopted by electronic equipment manufacturers in electro magnetic interference (EMI) and radio frequency interference (RFI) to protect sensitive digital circuits from external radiation, while limit the potentially harmful radiation emitted by their products. RFI (radio frequency interference) shielding is a method of protecting electronic devices and technological systems from damaging electromagnetic interference (EMI). One of the most effective materials for defending against these electromagnetic waves is metal mesh — particularly copper woven wire cloth. Typically, EMI is generated from large electronic equipment to smaller devices. However, small electronics can also transmit waves that negatively affect other systems. As a result, electronics tend to malfunction due to: The suppression of radio signals within a device; Internally generated emissions, which interfere with functionality; Ambient interference from the outside, which impacts operation efficiency. Protective metal wire cloth is essential for safeguarding valuable electronic equipment and ensuring it runs properly. One of the oldest measure of this solution is the Faraday cage, wrapped in conductive mesh material. The fabricated item was invented by Michael Faraday in 1836 to block electromagnetic fields.

Chicken wire is also known as Hexagonal wire mesh / net, according to its Hexagon hole shape. Our capacity and capability are as given below: Material: Copper wire, brass wire, stainless steel wire, galvanized wire, pvc coated wire, copper coated wire. Choosing materials according to end uses: - Copper and brass chicken wire are mainly used for decoration in high grade architectural design and fabricating of crafts. - Copper plated chicken wire / hexagonal mesh is mainly used for decorative fencing, and other ornamental uses. - Galvanized hexagonal mesh is mainly used in fencing of chicken, rabbit, poultry, border fence, yard fence, gabions mesh, construction plaster reinforcing mesh, pipe wrapping and other industrial uses. Weaving patterns: Straight twist, reverse twist, double twist Wire diameter range: BWG14-BWG27 Mesh size range: 3/8''-4'' Roll width range: 0.5m-5.0m Roll length range: 15m-100m Our market: America, Europe, Australia, Southeast Asia, Africa.

Being suppliers for our constant partners, we are well-known among architecture firms and building contracters. We supply various metal wall screen panel perforated sheets and expanded sheets. Other types like coiled mesh fabric, woven crimped mesh are also available upon request. Perforated metal wall cladding panel becomes well sold due to the reason of uniform holes, multi-designs, good strength and protection, easily processing and economic cost. Using of perforated metal cladding adds additional metal protective layer to the wall and the building in addition to the ornamental effect. Materials for Metal Cladding Panels: Stainless steel, brass plate, copper, aluminum, nickel and nonmetal plate. Hole shape: Round, square, hexagonal, triangle hole, scale, diamond, etc Surface treatment: Powder coated, galvanized, oxidation, PVDF Plate Thickness: 0.3-2mm Aperture: 3mm-200mm Panel Size: 1.2*2.4m, 1.22*2.44m, 1.5*3m etc. Color: Copper, brass, antique bronze, gold, silver, red, black, gray, orange, green, white, etc Feature: Wear-resisting, smooth, beautiful, durable Usage: Facade and wall decoration, sound insulation, sunshade, protective cover

Why Copper Mesh Curtains for Architectural Decoration? We supply copper wire mesh curtains of various colors, finishes and patterns satisfying different requirement of decoration in building and architectural design. Copper mesh curtains and bronze mesh curtains are metal alloy fabrics rendering good aesthetic effect. Copper metals such as copper, brass and phosphor bronze and other alloy meshes are popularly used in decoration. Materials for Metal Mesh Curtains: Brass wire, copper wire, bronze, or other alloy materials. Copper Wire Mesh Curtains can be divided into nine groups according to Different Applications in architecture designs: 1) Interior Space Curtains, for indoor decoration. 2) Installed on the Ceilings: Suspending mesh curtains. 3) Brass Mesh Drapery for Interior Partition 4) Used as Exterior Wall Cladding Material. 5) Used as Sunshade Screen for Architecture Outside Designs 6) Used as Decorative Facade Fabric. 7) Used as Fireplace Mesh Curtain. 8) Used for Shower Curtains. 9) Other Decorative Uses.

We supply copper metal ring mesh in different sizes and specifications, including varying roll sizes, weight ranges, and diameters. Roll Size: Copper metal ring mesh is often available in rolls of different dimensions, commonly ranging from 1 meter to 2 meters in width and 10 meters to 30 meters in length. However, larger or custom sizes may also be available based on specific requirements. Weight Range: The weight of copper metal ring mesh can vary based on the wire thickness and ring size. As an estimate, the weight of the mesh can range from around 1.5 kg per square meter to 5 kg per square meter. Again, these numbers are approximate and can differ between products.

Red metals refer to Copper and copper alloy metals ( brass and bronze), with reddish metallic color. Copper is a pure metal, brass is copper and zinc alloy, bronze is a copper + tin alloy. We export copper perforated sheets to Poland, USA, Dubai, India, Canada and other countries. We offer sheets perforation process and cutting, bending, notching, anodizing, painting and other further fabrication services. We offer precise cutting of the prepared sheets according to size or drawing: Sheets / plates available in sizes of 158mm x 100mm, 15"x15", 4' x 8', 2mx1m, 30cmx30cm，400x60 mm, 36'' x 40'', 1250mm x 2500mm, or custom cut size per customers requirements. Copper .016 thick x approximately 12" x 12" with holes approximately ¼" diameter in 5/16" centers (can be straight or staggered). Perforated copper sheet. The sheet needs to be 0.7-1mm thick and the holes need to be between 5-10mm wide.

Production Description of Stainless Steel Sheet Plate The main difference between AISI 316 (1.4401) stainless steel and AISI 316L (1.4404) stainless steel is the carbon content. The "L" stands for "low carbon" content. Due to the lower carbon amount, AISI 316L (1.4404) stainless steel has a reduced risk of sensitization (grain boundary carbide precipitation). Yet, at the same time, it loses some of its strength. AISI 316LN (1.4406) stainless steel is alloyed with nitrogen to compensate for the loss of strength.