Minerals & Metals

A honeycomb blind bottom bar is a crucial structural and finishing component of a window covering system. It is the weighted horizontal bar located at the bottom of the shade, responsible for providing stability, ensuring even expansion and contraction of the honeycomb cells, and enabling smooth, controlled operation. Name Bottom Rail For Honeycomb Blinds  Material & Temper 6063-T5 Alloy Or Not Is alloy Quality Standard GB5237.1-2017 Certification ISO9001 Place of Origin Guangdong, China Profile Weight 0.462kg/m Thickness 1 mm Surface Treatment Mill finish, Powder coating, Anodized, Silver Matt, Electrophoresis Color White/Cream /Grey/Bronze/ Black/Customized

A zebra shade track is a core component of a curtain system, designed to house and smoothly operate two layers of fabric – enabling seamless adjustment between sheer and opaque sections for ultimate light control and privacy.  Name Curved Cassette Material & Temper 6063-T5 Alloy Or Not Is alloy Quality Standard GB5237.1-2017 Certification ISO9001 Place of Origin Guangdong, China Profile Weight  0.632kg/m Surface Treatment Mill finish ,Powder coating, Anodized ,Silver Matt,Electrophoresis Color White/Cream /Grey/Bronze/ Black/Customized Length 5.8m/6m/ Customized Packing Shrink film /Woven bag /Carton box  / Customized

Item NO. 020040 Name Curved Cassette  Material & Temper 6063-T5 Alloy Or Not Is alloy Quality Standard GB5237.1-2017 Certification ISO9001 Place of Origin Guangdong, China Profile Weight 0.368 kg/m Surface Treatment Mill finish ,Powder coating, Anodized ,Silver Matt,Electrophoresis Color White/Cream /Grey/Bronze/ Black/Customized Length 5.8m/6m/ Customized Packing Shrink film /Woven bag /Carton box  / Customized

Hastelloy C-22 tubes are widely recognized for their superior resistance to corrosion in highly aggressive environments, including acidic and oxidizing conditions. Manufactured using a nickel-chromium-molybdenum alloy, these tubes offer exceptional mechanical strength and longevity, making them an ideal choice for industries such as chemical processing, power generation, and marine applications. Material Overview Hastelloy C-22 (UNS N06022) is a versatile and corrosion-resistant alloy composed primarily of nickel, chromium, molybdenum, and iron. This unique composition provides outstanding resistance to pitting, crevice corrosion, and stress corrosion cracking in a wide range of extreme environments.

Incoloy 825 is a nickel-iron-chromium alloy with added molybdenum, copper, and titanium, specifically designed for excellent corrosion resistance in extreme environments. This high-performance alloy offers outstanding resistance to reducing and oxidizing acids, pitting, crevice corrosion, and stress corrosion cracking. Incoloy 825 strips are widely used in industries requiring superior corrosion resistance, such as chemical processing, marine engineering, aerospace, and oil & gas. These strips provide exceptional durability and reliability, making them an ideal material for various industrial applications. Key Features of Incoloy 825 Strips Superior Corrosion Resistance – Excellent protection against sulfuric and phosphoric acids. High-Temperature Strength – Withstands temperatures up to 540°C (1004°F). Good Weldability & Formability – Easily fabricated into different shapes. Resistant to Pitting & Crevice Corrosion – Ideal for harsh chemical environments. Excellent Mechanical Properties – Maintains strength under high stress and pressure.

Graphitized petroleum coke is a black or dark gray hard solid petroleum product, with a metallic luster, porous, is composed of tiny graphite crystallized into a granular, columnar or needle form of carbon body. Petroleum coke is a hydrocarbon, containing more than 99% carbon, but also contains nitrogen, chlorine, sulfur and heavy metal compounds. Product Overview Other Name: graphitized petroleum coke/Artificial Graphite/Sythentic graphite/graphite granules Size:2-5mm Regular Package: 25 kg small bags into ton bags Origin: China Appearance: Black Particles Graphite petroleum coke introduction High-purity graphite petroleum coke is made from high-quality petroleum coke under a temperature of 2,500-3,500°C, Afterwards, through crushing, screening and classification, we supply our users with the different particle size between 0-50mm at the customers' request.

Calcined Petroleum Coke is a form of petroleum coke that has undergone high- temperature treatment to remove moisture, volatile organic compounds, and impurities. This process, known as calcination, results in a product with high carbon purity and improved physical and chemical properties. Advantage 1.High Carbon Content: Calcined petroleum coke typically has a high carbon content ranging from 98% to 99.5%. This high carbon content ensures excellent performance in carbon-related applications, such as anode production and steelmaking; 2. Low Ash and Sulfur Content: The calcination process reduces the ash and sulfur content in petroleum coke, making it suitable for applications that require low impurity levels. Low sulfur content is particularly important in steelmaking, as it helps minimize environmental emissions and improve product quality; 3.Consistent Quality: Manufacturers carefully control the calcination process to ensure consistent quality of the final product. This consistency allows users to rely on the properties of calcined petroleum coke for their specific applications.

Calcium Carbide Stones are a primary and unprocessed bulk form of Calcium Carbide, typically ranging in size from 15mm to 25mm. They are produced directly in an electric arc furnace at extreme temperatures (~2,200°C) from a mixture of lime and coke. This lump form is the foundational product from which other forms like granules or powder are derived, and it is primarily used in large-scale industrial applications such as acetylene generation for gas welding/cutting and as a desulfurizing agent in steelmaking. Wanding provides this high-quality, industrial-grade product to meet robust industrial demands. Shape: white crystals, black lumps, purple or gray cross-section for industrial products Available particle size: 1-4mm, 4-7mm, 7-15mm, 15-25mm, 25-50mm, 50-80mm, 80- 120mm. Gas production: 210L/KG, 230L/KG, 260L/KG, 295L/KG, depending on the size of the particles.  Physicochemical Properties: The solid of the ore is brown or black solid, the pure product is white crystal (containing CaC2 is purple). Density 2.22g/cm3, melting point 2300℃ (with CaC2 content), immediately react violently with water to generate acetylene and release heat, calcium carbide content of different melting point will also change.

Calcium Carbide 7-15mm is widely used in various industrial processes, including nitrogen fixation in cyanamide production and sulfur removal in the steelmaking industry. This chemical compound appears as a gray to black solid and exhibits high reactivity with water. Calcium Carbide is widely used in various industrial processes, including nitrogen fixation in cyanamide production and sulfur removal in the steelmaking industry. This chemical compound appears as a gray to black solid and exhibits high reactivity with water. With a density of approximately 2.22 g/cm³ and a molecular formula of CaC₂, it plays a crucial role in the production of acetylene, which is essential for oxyacetylene welding. In ladle treatment facilities, Calcium carbide 7-15 mm for acetylene production acts as an efficient deoxidizer and serves as a fuel to enhance the scrap ratio to liquid iron in steelmaking processes. The use of Calcium Carbide for Welding 7-15 mm (1) Acetylene from calcium carbide with water can synthesize many organic compounds. For example: synthetic rubber, artificial resin, acetone, ketene, carbon black, etc; At the same time, acetylene oxygen flame is widely used for metal welding and cutting. (2) When heating powdered calcium carbide with nitrogen, the reaction generates calcium cyanamide, which is called lime nitrogen. The cyanide melt generated by the reaction of heated lime nitrogen with table salt is used in gold mining and non-ferrous metal industries. (3) Calcium carbide itself can be used as a desulfurizer in the steel industry.

Calcium carbide granules are a key processed form of Calcium Carbide (CaC₂). Industrially produced in an electric arc furnace at ~2,200 °C, they are essential for generating acetylene, steelmaking, and more. Our industrial-grade product meets strict standards (GB209-2006) and is verified by international inspections (SGS/CIQ/BV). Wanding supplies this reliable, high-quality product for global industrial needs. Calcium Carbide Granule Applications Acetylene Gas Production: Generates a portable and on-demand fuel source for metal cutting/welding and chemical synthesis. Steelmaking (Desulfurizer): Efficiently removes sulfur impurities from molten iron/steel to improve product quality. Calcium Cyanamide Production: Serves as a key precursor for nitrogen fertilizers and various industrial chemicals. Other Industrial Uses: Assists in wastewater treatment (phosphate removal) and acts as a powerful desiccant.

Neoprene Rubber Bearing Pads are essential elastomeric components widely used in bridge construction, commercial buildings, and industrial applications to absorb shock, distribute loads, and accommodate structural movements. Manufactured from durable chloroprene rubber (neoprene), these bearing pads offer excellent resistance to weathering, ozone, temperature fluctuations, and chemicals, making them suitable for both indoor and outdoor environments. Available in plain and laminated types, plain neoprene pads provide reliable performance for static loads and foundational support, while laminated variants —with reinforcement layers such as PTFE or stainless steel—enhance durability and allow for thermal expansion and multidirectional movement. Commonly used in bridge supports, seismic retrofitting, machinery bases, and expansion joints, Neoprene Rubber Bearing Pads comply with international standards like AASHTO and ASTM, and are engineered to ensure long-term performance, flexibility across wide temperature ranges, and reduced maintenance in modern infrastructure.

Round Laminated Elastomeric Bearing Pads are structural support elements used in bridges and buildings to absorb vertical loads and accommodate horizontal movements such as thermal expansion, seismic activity, and wind-induced shifts. These bearings consist of multiple layers of natural or neoprene rubber bonded with internal steel plates, providing a balance of flexibility and strength. Their circular design ensures even load distribution and allows for efficient rotational and shear deformation, reducing stress on supporting structures. Widely used in highway bridges, precast concrete structures, and seismic isolation systems, these pads offer long-term durability, resistance to aging, and consistent performance under varied environmental and load conditions.

Rectangular Laminated Elastomeric Bearing Pads are essential components in bridge and structural engineering, designed to support vertical loads while accommodating horizontal movement and rotational deflection. These bearing pads are constructed by alternating layers of high-strength natural or chloroprene rubber and steel plates, which are vulcanized together to form a durable, flexible unit. The laminated structure allows the pad to effectively distribute loads, absorb vibrations, and adapt to movements caused by thermal expansion, traffic loads, or seismic activity. Ideal for use in straight-span bridges, viaducts, flyovers, and buildings, rectangular laminated elastomeric bearing pads provide long-term performance, excellent weather resistance, and are commonly specified for structures requiring precise load transfer and movement control.

Elastomeric Bridge Bearing Pads are essential structural components designed to support bridge loads while accommodating movements caused by thermal expansion, contraction, and vibrations. Made from high-quality natural rubber or neoprene, these bearing pads provide excellent elasticity, compressive strength, and durability, ensuring effective load transfer between bridge superstructures and substructures. Their ability to absorb shocks and reduce vibration enhances bridge stability and extends structural lifespan. Commonly used in highway bridges, railway bridges, and viaducts, elastomeric bearing pads are preferred for their maintenance-free performance, corrosion resistance, and ability to function in varying environmental conditions.