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Metech Welded Mesh Inc specializes in designing, producing, and distributing Wire Mesh Lockers, also known as Welded Wire Storage Lockers. Our extensive selection caters to various industries with a range of types and specifications, customizable to specific dimensions, configurations, and features. Utilizing advanced welding techniques, we guarantee each locker’s superior strength and polished finish, ensuring top-notch security and functionality for educational, industrial, or personal use. Materials Our Wire Mesh Lockers are made from high-grade steel wire, ensuring durability. They are coated with zinc or epoxy to prevent rust. For specific applications, stainless steel options are available for moist environments. This ensures long-lasting, reliable storage solutions. Manufacturing Process Metech Welded Mesh Inc prioritizes quality at every manufacturing step, ensuring our Wire Mesh Lockers are secure and durable for all industries. The process starts with detailed planning and CAD software to design each locker for its specific purpose. Cutting and Shaping: The steel wire is cut to length and shaped according to the design specifications. This is typically done using automated machinery, which ensures precise dimensions and a consistent finish. Welding: The core of the manufacturing process involves welding the wire frames to form the locker’s structure. Advanced welding techniques are employed to ensure strong, seamless joints. The welds are then polished to remove any rough edges, ensuring a smooth finish. Coating: Once the welding is complete, the lockers undergo a coating process. This may involve galvanization or the application of epoxy powder coating. This step not only enhances the aesthetic appeal of the lockers but also serves as a protective layer against corrosion and wear. Assembly: The final step involves assembling the locker components. This includes fitting doors, locks, and any additional features specified in the design. The assembly process is carried out with precision, ensuring that the final product is robust and functional. Quality Control: Before leaving the factory, each locker is subjected to rigorous quality control checks. This ensures that the product meets our high standards of strength, durability, and functionality.

Metech Welded Mesh Inc specializes in the export and manufacturing of Galvanized Steel Welded Wire Mesh. Our catalog encompasses a broad spectrum of types and specifications, ensuring a versatile selection to meet all your Galvanized Steel Welded Wire Mesh needs. Our mesh products undergo a rigorous galvanization process, enhancing their durability and resistance to corrosion, making them suitable for both indoor and outdoor environments. Galvanized Wire Mesh Types Hot-Dipped Galvanized Wire Mesh: This type involves dipping the wire mesh into molten zinc after it has been welded, providing a thick, protective coating that significantly enhances its resistance to rust and corrosion. Ideal for outdoor applications where the mesh is exposed to harsh weather conditions, hot-dipped galvanization ensures a long-lasting durable finish. Electro Galvanized Wire Mesh: Electro galvanization involves applying a zinc coating using electrical current, resulting in a thinner coat compared to hot-dipped galvanization. This process provides a smooth and uniform finish, suitable for indoor applications or less corrosive environments. The thinner zinc coating offers adequate protection while maintaining the mesh’s flexibility and ease of use. Galvanized Before Weld (GBW) Wire Mesh: In GBW wire mesh, each individual wire is galvanized before being welded into a mesh. This process ensures that the wires are fully coated, providing good corrosion resistance. However, the welding points themselves can be slightly less protected, making GBW mesh more suitable for indoor applications or environments with minimal exposure to moisture. Galvanized After Weld (GAW) Wire Mesh: GAW wire mesh is galvanized after the welding process, ensuring that both the wires and the welding joints are thoroughly coated with zinc. This method offers superior protection against rust and corrosion, making it ideal for use in more demanding outdoor or humid environments. GAW mesh is often preferred for heavy-duty applications due to its enhanced durability and longevity. Comparison Protection Level: Hot-Dipped offers the highest, followed by GAW, with GBW and Electro Galvanized providing lighter protection. Application Environment: Hot-Dipped and GAW are better suited for harsh outdoor conditions, while Electro Galvanized and GBW are ideal for indoor or less corrosive settings. Coating Thickness: Hot-Dipped has the thickest coating, with Electro Galvanized being the thinnest and most uniform. Cost: Generally, Hot-Dipped and GAW are more expensive due to their comprehensive protection, while GBW and Electro Galvanized are more cost-effective for less demanding applications.

Metech Welded Mesh Inc. offers high-quality carbon steel welded wire mesh, meeting diverse industry needs with precision and excellence. Our comprehensive range covers all aspects of carbon steel welded wire mesh, ensuring optimal performance in various applications. Carbon steel welded wire mesh provides remarkable strength and durability, serving as a cost-effective alternative to stainless steel. However, it requires proper treatment to prevent rusting. This versatile mesh finds extensive applications across industries. It reinforces concrete structures in construction, supports heavy loads in industrial shelving, and provides structural reinforcement in the automotive sector. Surface treatments like galvanizing are often applied to enhance its longevity and corrosion resistance. Material Carbon steel, primarily composed of carbon and iron with trace elements like manganese, silicon, and sulfur, exhibits remarkable strength and durability. In carbon steel welded wire mesh, wires are fused at intersections, forming a sturdy grid-like structure. Specifications and types of carbon steel vary depending on composition, processing, and intended use. Carbon Steel Wire: Utilized in various wire mesh applications, including welded wire mesh, available in diverse grades and gauges to meet specific strength and durability requirements. Low Carbon Steel (Mild Steel): Contains up to 0.3% carbon, prized for its ductility, machinability, and weldability, and commonly used in construction, automotive, and general engineering. Medium Carbon Steel: Contains 0.3% to 0.6% carbon, providing increased strength and hardness, commonly found in forging, structural components, and machinery parts. High Carbon Steel: With a carbon content ranging from 0.6% to 1.5%, excels in hardness and wear resistance, suitable for cutting tools, springs, and blades. Carbon Steel Alloys: Alloyed with elements like manganese, chromium, and nickel to enhance specific properties such as strength and corrosion resistance, including examples like ASTM A572 and ASTM A36. Structural Carbon Steel: Engineered for structural applications in buildings, bridges, and infrastructure, typically conforming to ASTM standards such as ASTM A36. Wire Diameter Carbon steel welded wire mesh is available in various wire diameters to accommodate different strength and durability requirements. The wire diameter typically ranges from as thin as 0.8mm to as thick as 6mm or even more, depending on the specific application and load-bearing needs. Light-duty applications, such as fencing for residential properties or decorative purposes, may utilize thinner wire diameters ranging from 0.8mm to 2mm. These thinner wires provide sufficient strength for lighter loads while remaining cost-effective. Medium-duty applications, including industrial shelving, partitioning, or animal cages, often require wire diameters ranging from 2mm to 4mm. These medium-sized wires offer a balance between strength and flexibility, making them suitable for a wide range of applications. Heavy-duty applications, such as concrete reinforcement, security fencing, or machinery guards, typically utilize thicker wire diameters ranging from 4mm to 6mm or more. These thicker wires provide maximum strength and durability, ensuring the mesh can withstand heavy loads and harsh conditions. Mesh Size The mesh size of carbon steel welded wire mesh denotes the dimensions of the individual openings within the mesh, which can vary significantly based on specific applications and requirements. The selection of mesh size depends on factors like intended use, necessary strength, and the size of objects or animals the mesh is intended to contain or protect. For finer mesh sizes, such as 1/4 inch (6.35mm) or smaller, the mesh is suitable for applications requiring smaller openings, such as insect screens or filtration systems. Medium-sized mesh sizes, ranging from 1/2 inch (12.7mm) to 2 inches (50.8mm), are commonly used in fencing, animal enclosures, and construction reinforcement. Larger mesh sizes, such as 3 inches (76.2mm) or more, are often used in agricultural applications, including livestock fencing and crop protection.

Metech Welded Mesh Inc. excels in designing, manufacturing, and exporting high-quality stainless steel welded wire mesh. We offer a versatile array of types and specifications to ensure reliability for any project size. Recognizing the unique demands of each project, we provide customized solutions to meet our clients’ specific requirements. Our team collaborates closely with customers, crafting products that perfectly match their applications. Our dedication to quality ensures every piece of welded wire mesh offers outstanding performance and durability. Material Variations Stainless steel welded wire mesh is made from two main stainless steel grades: 304 and 316, both offering good corrosion resistance. Grade 304 is versatile, suitable for a wide range of environments, while 316 contains molybdenum, enhancing its resistance to corrosive elements like salt water and chemicals. The low carbon variants, 304L and 316L, improve weldability and minimize corrosion risk post-welding, with 316L also offering slightly better corrosion resistance in harsh environments. Wire Diameter Options The wire diameter of stainless steel welded wire mesh varies significantly to suit different applications, ranging from thin wires of about 0.5mm for delicate tasks to more robust wires up to 8mm for heavy-duty uses. Fine Range: From as thin as 0.025mm to 0.5mm, ideal for precision filtration and fine mesh screens. Medium Range: 0.5mm to 3mm, suited for general applications such as fencing, guards, and shelving. Heavy Duty Range: 3mm to 8mm, designed for industrial use, including reinforcement, heavy screens, and security barriers.

10-Day Ping Bullet Cash Trade Program. 250k - 5M I AM PART OF INTAKE GROUP $250.000$ to $5,000,000 Subject: 10-DAY PING BULLET CASH TRADE PROGRAM - $250.000$ to $5,000,000 PAYS 100% PER DAY FOR 10 DAYS DESCRIPTION, FINANCIAL RETURN FOR PARTICIPANT AND DOCUMENTS REQUIRED ARE LISTED AFTER THE SUMMARY BELOW NOTE: KYC TRADER REQUIRES IS ATTACHED SUMMARY: The minimum on this 10-day bullet program is $250,000 to $5,000,000.00 maximum due to the low amount required this program will not last long before it is over-subscribed. The trade program will only consider bank accounts in the top 100 world world banks all documents submitted have to have a date no older than three banking days or the client will be rejected. Note: We submit all documents to a trader who is direct to the trader in Switzerland No chains of brokers are involved. The associate who introduced me to the trader is one of the brokers who is compensated. *** Note: documents required is the last entry in this email. *** Note: the KYC required by the trader is in an attachment *** Below next is the description of the 10-day ping bullet program *** After that is the return that the participant receives on the 10-day ping bullet program *** 10-day ping bullet programs are very scarce to locate so if you have clients please send this email with the description immediately. Description ** 10-day ping bullet cash trade program ** This trade program is a US federally approved program. ** Description of the cash trade program ** Program: Ping trade, length: 10-day bullet, one time bullet only ** Trader will offer other options to clients for future trades after the ping bullet program. ** Amount required: minimum $/€ 250k maximum $/€ 5m ** The trade desk and trader are located in Switzerland ** Client bank accounts are required to be in the top 100 world banks ** No client bank accounts located in banks in Africa, mainland China, Indonesia, Malaysia, Brazil, Russia, South American countries or Pacific Rim countries will be accepted. ***Note: NO swift 799 or administrative hold placed on the client's bank account The ping bullet program requires a daily ping (electronic verification) of the account to participate in the ping bullet program. The program does require a daily ping (electronic verification) of the account to participate. Note: the client should obtain a letter from his bank signed by two bank officers under seal that the client's bank will allow the client's bank account to be pinged. Financial return to the participant on the ping bullet cash trade program: below: ** The gross return of the ping bullet trade program is 100% of the investment amount per day; ** 60% of the gross return is for the investor; ** 40% of the gross return will be arranged as follows: ** 25% of the gross return is for the trading platform, ** b 5% of the gross return is for the trade facilitator group, ** c. 10% of the gross return is for the investor side intermediaries. Documents required : 1) this KYC must be dated with a recent date, not older than 2/3 days. 2) signatures must be wet blue ink and non-electronic, copy and scan. same thing for initials. 3) either the KYC is in Euros or USD. So do two different kYC’s, one in Euros, the other in USD because the profits will be paid in euros for the POF in Euros, and in USD for the POF in USD. We need a single amount for the total in Euros and a single amount for the total in USD. 4) Bank documents must be dated less than 3 days before submission. 5) The trader needs the two business cards of two bank officers signed by them, in wet blue ink. 6) All documents must be inserted in the same kyc, without annexes attached.

Super absorbent polymer (SAP) can be used in industrial field, such as waste liquid control/drilling fluid/concrete protection/horse urine odor absorbing/drown-free water source for feeder insects/excreta collection/wire and cable water blocking/hot & cold gel pack/urine bag/thickening agent/fragrance carrier/fire-retardant gel /anti-fogging packing material /waterbed, etc. SAP used in agriculture can improve soil quality, preserve water and resist drought stress, it can increase seed sprouting and seedling development leading to better farm success. From the environmental aspects, it is non-polluting and biodegradable, helps in reducing irrigation frequency & water consumption and creates a simple cyclic process to provide water directly to roots and prevent soil compaction. Featured by its remarkable water-absorption capabilities, it demonstrates a high absorption rate, efficiently retaining liquids even under pressure. Non-toxic, biodegradable, and chemically stable. Dust suppressant Sodium Polyacrylate Role: Sodium Polyacrylate, when employed in dust suppression applications, acts as a highly effective binding agent. Its unique molecular structure allows it to absorb and retain water, forming a gel-like substance. When applied to dusty surfaces, such as roads or construction sites, Sodium Polyacrylate binds with the dust particles, preventing them from becoming airborne. This creates a stable and dampened surface, significantly reducing dust generation. Benefits: Environmentall , y Friendly: Sodium Polyacrylate is non-toxic and environmentally safe, making it a sustainable choice for dust suppression. Cost-Efficient: The water retention properties of Sodium Polyacrylate ensure long-lasting dust control, minimizing the need for frequent reapplications. Versatility: Suitable for various surfaces, including unpaved roads, mining sites, and construction zones.

SOCO® Polymer is the main component of the portable urine bags/Medical Waste Treatment Polymer. For user convenience, SOCO® Polymer is usually packed in Water-Soluble Film Packaging when it applied in these application.The capacity of water absorption of it can quickly solidify the urine or medical waste into hydrogel, lock the liquid from leaking, which is environmentally friendly and convenient. Advantages: • Decomposable package, user-friendly. • Higher efficiency, rapidly dissolve with 5s to 15s in 20℃ water. • Rapid absorb & solidification liquid waste. • Anti-odor & Harmless & Safe for environment • Support OEM and Customization Product Information Product: SOCO®POLYMER Model: SNN781S, SNN580H, etc. Appearance: White solid particle Packing Specification: Water soluble film (5g/10g/15g/20g/customization/OEM) Warn , ing: ● Because the product looks like white granulated sugar, please keep it properly to avoid accidental ingestion by children ● Do not touch SOCO® POLYMER in water-soluble film packaging with wet hands ● Please store in a dry and ventilated place, and be sure to moistureproof and waterproof

ORESORB™ is a specialized series designed for the mining industry, primarily incorporating them into mining processes such as dehumidification, dust suppression, ore transport pretreatment etc. serving as an alternative to mechanical dehumidification to some extent. ORESORB™ exhibits outstanding water absorption and holding capacity, capable of absorbing water up to 500 times its weight, making it particularly well-suited for high-humidity environments. Additionally, it demonstrates excellent liquid absorption capacity, achieving 70 times in 1% NaCl and 16 times in 0.5% CaCl liquids. The polymer boasts an impressive water absorption speed, reaching full saturation. In terms of safety, it is environmentally friendly and harmless, causing no corrosion or pollution. Furthermore, we offer customization solutions to tailor the product for various applications, scenarios, and performance requirements.Nowadays it has been the more popular choice of raw materials for manufacturing Mining.

Engineered by the SOCO R&D Team, ICEBANK™ is a cutting-edge Super Absorbent Polymer (SAP) specifically crafted for the innovation of ice pack technology. ICEBANK™ has gained widespread recognition for its versatility across diverse applications and has secured an outstanding reputation in the market due to its exceptional performance. 430 Times: Small Dose with Large Capacity.The water absorption rate is up to 430 times, and it can be put into use with a small dose. 25s: Fast Absorption Speed. Quickly water absorption in around 25 seconds with strong water locking and water retention capabilities. Cost Saving: Can be used for times and maintains strong gel strength. Sustainability: Eco-friendly, Safety, non-toxic and biodegradable. Customizable: Multiple models avai lable and support customization to meet the needs of different scenarios.

The excellent water absorption capacity makes SOCO® Polymer the best option for water-blocking application. It can absorb large amount of water quickly, provide a dry and cool condition for some specific situations. Also, SOCO® Polymer keeps a high rate of instantaneous water absorption (swelling height) under pressure. These outstanding capacities make SOCO® Polymer the perfect choice for making cable powder which is used to blocking water and keep cable functional.

Super absorbent polymer (SAP) based products play a key role in the development of oil and gas by allowing drilling crews to rapidly solidify drilling fluid waste (drilling mud and drill cuttings) as it is generated. SOCO® Polymer can be Drilling Fluid/Drilling Mud Additive, which is suitable for plumb shaft, horizontal well, deep shaft, etc. When compared to commodity absorbents and cement products, SOCO® Polymer' s superior liquid absorbency and retention help oil and gas companies minimize waste disposal costs, treatment time and environmental impact. SOCO® Polymer for Stabilization & Recovery Are you concerned about toxic waste water or sludges from your mining operations? SOCO® Polymer can solidify and stabilize the remaining sludges and slurries for safe and environmentally-friendly disposal. Mining operations can generate several different types of waste streams: • Sump pits • Tailings • Coal ash pits • Wash slime waste • Minerals refinement fractions Often these waste streams need solidification and binding of free liquids in order to be transported to a licensed disposal facility. Conventional sorbents – sawdust, lime kiln dust, corn cob – normally expands the waste volume by 50-100%. This greatly increases disposal costs in terms of higher transportation costs due to more loads and, of course, higher landfill disposal fees. The use of SOCO® Polymer allows waste generators to meet EPA 9095 (Paint Filter Test) requirements with <1% expansion! Advantages Faster & Larger Absorption. Harmless & Eco-friendly. The Polymer Will Not Release Free Liquids. Increases in Efficiency Can Be Easily Proven in Your Own Labs. Strong Ion Exchange Capability Allows For An Opportunity to Tie Up Reduces Industrial Waste Disposal Costs – Expands in Volume by Less Than 1%. The introduction of our products enhances your overall process and reduces the toxicity of mine tailings. It is best to understand where the additive can be most effective in your specific process and SOCO' s technical specialists are here to help from start to finish by providing guidance for bench testing, establishing a pilot and working closely with you to go-live into production.

✔️ Larger & Quicker Liquid Absorption ✔️ Lower Treatment & Transportation Cost ✔️ Stable Performance, Safety & Eco-friendly ✔️ Additional Function Added Why Solidify Liquid Waste? Liquid Waste is one of the common byproduct of our production and life, which has a serious impact on our ecological environment. Conventional treatment can be inefficient and costly, sometimes may cause secondary pollution. Solidifying Liquid Waste is the superior way to deal with this problem because of the follow advantages: Minimization Reduce cost, save time and materials Stabilization Easy to use, no liquid leakage during transportation Innocuity Safe and environmentally friendly, reduce environmental pollution Carbon Reduction Help reduce carbon footprint And the recovery of slurry Advantages SOCO® Polymer is the high-efficient, cost-effective & eco-friendly choice for liquid waste treatment. You only need a small amount of it (usually 1% of the waste) to treat bulk liquid waste. The gel formed after absorption can firmly lock the water and prevent the liquid waste from leaking even under certain pressure, the volume expansion rate is less than 1%, which can reduce transportation and processing costs. • Volume increases less than 1%, reducing transportation costs. • Faster solidification, less time spend. • Eco-friendly, non-toxic, harmless & biodegradable, reducing risk and liability, improving safety on site. • No releasing liquid, locking liquid under pressure, stronger stability. • Additional function like antibacterial and deodorizing can be added. • Customized service available (for both products and packaging).

Super absorbent polymer (SAP) can be used in industrial field, such as waste liquid control/drilling fluid/concrete protection/horse urine odor absorbing/drown-free water source for feeder insects/excreta collection/wire and cable water blocking/hot & cold gel pack/urine bag/thickening agent/fragrance carrier/fire-retardant gel /anti-fogging packing material /waterbed, etc. SAP used in agriculture can improve soil quality, preserve water and resist drought stress, it can increase seed sprouting and seedling development leading to better farm success. From the environmental aspects, it is non-polluting and biodegradable, helps in reducing irrigation frequency & water consumption and creates a simple cyclic process to provide water directly to roots and prevent soil compaction. Another side, super absorbent polymer is non-toxic, harmless, nonpolluting and biodegradable.

Environmental Benefits of Biodegradable Polymers cb20a69108e701ba11c7cf94b5a95e8 Reduced Plastic Pollution: Biodegradable polymers degrade much faster than traditional plastics, significantly reducing the amount of plastic waste that accumulates in the environment. This helps in decreasing pollution in landfills, rivers, and oceans. Lower Carbon Footprint: The production of biodegradable polymers often involves renewable resources like corn starch, sugarcane, and other plant materials. This reduces reliance on fossil fuels and lowers greenhouse gas emissions associated with plastic production. Compostability: Many biodegradable polymers are compostable, meaning they can be broken down in industrial composting facilities into nutrient-rich compost that can enhance soil quality and support plant growth. Non-toxic: Biodegradable polymers are generally less toxic than conventional polymers because they do not release harmful chemicals during degradation. This makes them safer for the environment and human health. While the highly absorbent polymers in ice packs provide an effective cooling solution, their recyclability remains limited. Gel ice packs and reusable ice sheets offer better environmental options due to their reusability, while instant ice packs and dry ice packs present greater disposal challenges. As consumers, we can make a more sustainable choice by choosing biodegradable gel ice packs. Future innovations will provide more environmentally friendly solutions that balance the need for effective cooling with environmental responsibility.