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Hebei Shuolong Metal Products Co., Ltd
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Ensure product consistency, safeguard consumer health, and optimize your production efficiency with our food-grade stainless steel wire mesh filters. Designed to meet the most stringent hygiene standards while delivering unmatched durability.
Manufactured using 100% Food-Grade Stainless Steel (SS304/316L) to ensure zero contamination.
Certified Quality: Fully compliant with FDA and EU 1935/2004 standards for food contact materials.
Hygiene Excellence: Smooth surface finish reduces bacterial growth by 40% compared to traditional fiber filters.
Micro-Level Accuracy: Available in filtration ratings from 2 to 200 microns, ensuring the removal of even the finest impurities.
Efficiency Boost: Achieve up to 99.9% filtration efficiency, maintaining the crystal-clear clarity required for premium beverages.
Uniform Aperture: Precision-woven mesh ensures a constant flow rate with a pressure drop of less than 0.5 bar.
Extended Service Life: Designed for heavy-duty use, lasting 5-10 times longer than disposable filter cartridges.
Heat & Pressure Resistance: Operates flawlessly in extreme temperatures (up to 800°C) and high-pressure cleaning (CIP) environments.
Sustainability: Washable and reusable design reduces filtration waste by 85%, significantly lowering your annual OpEx.
In the chemical and pharmaceutical industries, the margin for error is zero. Our specialized wire mesh products are engineered to provide absolute filtration reliability, ensuring the highest levels of product purity while withstanding aggressive chemical environments and stringent sanitary requirements.
High Tensile Strength: Manufactured from cold-drawn alloys, our mesh maintains its geometric stability under extreme mechanical stress and high-pressure differentials (up to 250+ bar depending on weave type).
Heat Tolerance: Optimized for high-temperature applications, retaining structural properties in environments up to 800°C (1472°F).
Zero-Leakage Filtration: Achieve 99.9% retention of harmful particulates, significantly reducing friction and wear on sensitive components like hydraulic valves, pumps, and bearings.
Optimized Flow Dynamics: Precision weaving technology ensures a high open-area percentage, minimizing pressure drop and reducing energy consumption by up to 15%.
Wear Resistance: Surface-hardened wire options provide a 300% increase in abrasion resistance compared to standard mesh, extending the service life of your filtration units.
Reduced Downtime: Our easy-to-clean, non-clogging designs extend maintenance intervals, helping plants reduce unplanned downtime by an average of 25%.
Custom Geometry: We provide bespoke cutting, stamping, and welding services to fit your unique CAD specifications.
Material Diversity: Available in SS304, SS316L, Monel, Inconel, and Duplex steel for specialized chemical or mechanical requirements.
Certified Precision: Every batch is tested for mesh count, wire diameter, and aperture consistency to ensure ISO 9001 compliance.
In the world of mechanical engineering, precision is not an option—it’s a necessity. Our premium industrial wire mesh provides the critical filtration, screening, and protection required to safeguard complex machinery, reduce component wear, and ensure seamless operational continuity in even the harshest environments.
Specialized Alloys: Available in SS316L, Hastelloy, Monel, and Inconel to resist localized pitting and stress corrosion in acidic or alkaline media.
Zero-Leaching Guarantee: Our proprietary cleaning processes ensure the mesh is free from oil and manufacturing residues, preventing any batch-to-batch contamination.
Long-Term Integrity: Proven to maintain structural properties in continuous contact with aggressive solvents for 3-5 times longer than standard industrial mesh.
Absolute Micron Ratings: Precision-woven layers providing absolute filtration from 0.5 to 100 microns, critical for API (Active Pharmaceutical Ingredient) recovery.
99.99% Retention Rate: Engineered to capture even the finest catalyst fines or crystallized particles, ensuring a 100% “Right-First-Time” production yield.
No Particle Shedding: The robust weave structure prevents wire migration, ensuring no metal fragments enter the process stream—essential for GMP compliance.
CIP/SIP Compatibility: Designed to withstand repeated Clean-in-Place (CIP) and Steam-in-Place (SIP) cycles at temperatures up to 250°C.
Surface Smoothness: Electro-polished finishes reduce surface roughness (Ra), minimizing bacterial adhesion and making cleaning 50% faster.
Regulatory Compliance: Fully compliant with FDA, USP Class VI, and GMP standards for pharmaceutical contact materials.
Sintered Mesh Capabilities: We offer 5-layer and 7-layer sintered mesh for applications requiring extreme mechanical strength and back-pulsing capabilities.
Cleanroom Packaging: Products can be processed and vacuum-sealed in a Class 10,000 cleanroom to ensure they are ready for immediate use in sterile environments.
Validation Support: We provide full material traceability (MTRs) and filtration efficiency certificates for your regulatory audits.
In the aerospace industry, there is no room for failure. Our aerospace-grade wire mesh products are engineered to withstand the most punishing conditions—from cryogenic temperatures to hypersonic heat—ensuring the absolute purity of fuel, hydraulic fluids, and air systems while providing critical EMI shielding for sensitive electronics.
Thermal Stability: Retains mechanical integrity in temperatures ranging from -200°C to +1000°C, essential for engine exhaust and cryogenic fuel systems.
High Pressure/Flow Tolerance: Designed to handle extreme G-forces and rapid pressure fluctuations without mesh deformation or bypass.
Advanced Alloys: Available in Titanium, Inconel 625/718, and Monel for superior strength-to-weight ratios and oxidation resistance.
Lightweight Engineering: Our high-tensile fine mesh designs allow for smaller, lighter filter housings, contributing to overall fuel efficiency and payload capacity.
Minimal Pressure Drop: Precision-woven structures optimize fluid dynamics, ensuring maximum flow with minimal energy loss—critical for auxiliary power units (APUs).
Multi-Layer Sintered Integration: Combining multiple mesh layers into a single, rigid element to provide high-strength filtration without the weight of traditional support structures.
Absolute Contamination Control: Filtration ratings down to 2 microns (absolute) to protect high-precision fuel injectors and hydraulic actuators from catastrophic wear.
EMI/RFI Shielding: Specialized copper and stainless steel mesh for lightning strike protection and electromagnetic interference shielding in avionics bays.
Non-Shedding Design: Vacuum-sintered wire junctions ensure zero wire migration, preventing foreign object debris (FOD) from entering the engine or life-support systems.
AS9100 & NADCAP Standards: Manufactured under rigorous aerospace quality management systems.
Full Traceability: Every batch comes with a Certificate of Conformance (CoC) and complete material melt-source traceability.
Testing Capabilities: Including bubble-point testing, airflow resistance, and micro-particle analysis to verify performance before deployment.
In the high-stakes world of petrochemical processing, equipment failure is not an option. Our industrial-grade wire mesh products are engineered to provide superior filtration reliability, protecting downstream compressors and turbines while ensuring maximum yield in refining, catalyst recovery, and gas separation processes.
Aggressive Media Tolerance: Available in Monel 400, Hastelloy C276, and Duplex Stainless Steel to withstand H2S, CO2, and acidic environments without pitting.
Thermal Stability: Maintains structural geometry and mechanical strength in operating temperatures exceeding 800°C (1472°F).
High-Pressure Rating: Designed to handle extreme differential pressures (up to 300+ bar) in hydrocracking and high-pressure gas streams.
High-Efficiency Retention: Precision-woven mesh layers achieve up to 99% recovery of expensive catalysts (like Platinum or Alumina), significantly reducing operational costs.
Optimized Flow Rates: Our “Dutch Weave” technology provides a high open-area ratio, reducing pressure drop by 20% compared to standard filters, thus lowering energy consumption.
Micron-Level Particle Control: Absolute filtration ratings from 5 to 500 microns, ensuring the removal of coke fines and solid contaminants from heavy oil streams.
Downstream Safeguarding: Prevents particulate damage to high-value assets like centrifugal compressors and turbo-expanders, reducing repair costs by up to 35%.
Back-Flush Capability: Robust sintered mesh structures support repeated back-washing and ultrasonic cleaning, extending the replacement cycle by 3-5 times.
Zero Migration: Precision welding and sintering ensure no wire shedding, preventing Foreign Object Debris (FOD) from entering sensitive reactor beds.
Custom Fabrication: From pleated filter elements to large-scale demister pads, we provide custom geometric solutions tailored to your vessel designs.
Certified Materials: All products are supplied with EN 10204 3.1 Material Certificates and comply with API (American Petroleum Institute) standards.
Advanced Sintering: 5-layer and 7-layer vacuum-sintered mesh for applications requiring extreme mechanical rigidity and high-pressure pulses.
In the vast and unforgiving ocean, reliability is the only standard that matters. Our marine-grade wire mesh products are specifically engineered to safeguard critical vessel systems—from propulsion and fuel handling to ballast water treatment—ensuring seamless operation and compliance with international maritime regulations.
Sea-Water Proof Alloys: Available in SS316L, 904L, Super Duplex, and Copper-Nickel (Cu-Ni) to prevent pitting and crevice corrosion in high-salinity environments.
Anti-Fouling Properties: Specialized mesh treatments and alloys help reduce bio-fouling and marine growth, maintaining consistent flow rates over long voyages.
Structural Longevity: Proven to last 200% longer in continuous saltwater exposure compared to standard industrial mesh.
Fuel & Lube Oil Purity: Absolute filtration ratings from 10 to 100 microns to protect medium and low-speed diesel engines from abrasive cat-fines and sludge.
Optimal Flow Dynamics: Low-pressure drop design ensures efficient fuel delivery and cooling water circulation, contributing to a 5-8% reduction in pumping energy.
Automated Maintenance: Robust mesh structures compatible with automatic back-flushing systems, reducing manual cleaning labor by 40%.
Ballast Water Management (BWMS): High-precision mesh elements designed to meet IMO and USCG standards for the effective removal of invasive aquatic organisms.
Exhaust Gas Cleaning (Scrubbers): Heat-resistant mesh for SOx and particulate removal in marine scrubber systems, operating reliably at temperatures up to 600°C.
Fire-Fighting System Integrity: Durable intake screens for sea-chest and fire pumps, preventing debris from compromising emergency response systems.
Class Society Standards: Our manufacturing processes align with the requirements of DNV, Lloyd’s Register (LR), and ABS.
Material Traceability: Full EN 10204 3.1 certification provided for all pressure-critical components.
Bespoke Marine Engineering: We provide custom-sized filter discs, cylinders, and pleated elements designed to fit international marine filter brands.
From the precision of fuel injection to the safety of airbag systems, our automotive-grade wire mesh products are the silent heroes of vehicle performance. We provide OEM-quality filtration and screening solutions that enhance engine efficiency, ensure occupant safety, and support the thermal management needs of both internal combustion and electric vehicles (EVs).
Micron-Level Fuel Filtration: Precision-woven mesh ensures 99% retention of contaminants in fuel injectors, protecting high-pressure common rail systems from wear and optimizing combustion.
Optimal Airflow Dynamics: High open-area designs for air intake and HVAC systems that maximize airflow while blocking fine debris, contributing to a 3-5% improvement in engine breathing efficiency.
Uniformity & Consistency: Advanced weaving technology ensures zero variation in aperture size, critical for maintaining consistent pressure across millions of units.
Vibration & Shock Resistance: Engineered to maintain structural integrity under constant vehicular vibration and mechanical stress, matching the full service life of the vehicle (200,000+ km).
Thermal Resilience: Stainless steel and specialized alloys retain their properties in exhaust systems and engine bays at temperatures up to 800°C
Corrosion Protection: Superior resistance to road salt, moisture, and automotive fluids (oils, coolants, and fuels).
Airbag Inflator Protection: High-strength sintered mesh filters designed to cool gas and trap particulates during airbag deployment—acting in milliseconds.
EV Battery Thermal Management: Specialized mesh for coolant filtration and electromagnetic interference (EMI) shielding in electric vehicle battery packs and power electronics.
IATF 16949 Compliance: Our manufacturing processes meet the stringent quality management standards of the international automotive industry.
Zero-Defect Philosophy: Automated optical inspection (AOI) ensures every square inch of mesh meets your exact specifications.
PPAP Documentation: We provide full Production Part Approval Process (PPAP) support, ensuring seamless integration into your assembly line.
Our high-performance screening and filtration wire mesh products are professionally engineered for the harsh working conditions of the mining, metallurgy, coal processing, and construction materials industries. Designed for heavy-duty operation, outstanding abrasion resistance and anti-clogging performance, our mesh solutions deliver stable and efficient particle classification, solid-liquid separation, dewatering and impurity removal for bulk industrial materials.
Widely applied in ore crushing and grading, coal washing and de-sliming, aggregate screening, cement and quartz sand processing, metallurgical powder filtration and construction waste recycling, our diversified screen meshes cover full dry and wet screening scenarios. Adopting high-strength raw materials and precision weaving technology, the products feature high tensile strength, excellent corrosion resistance, long service life and low maintenance cost, effectively improving production efficiency and reducing operating consumption for mineral processing plants, coal mines and building material factories.
We provide customized mesh solutions with different mesh sizes, wire diameters and structural designs to match various vibrating screens, sieve machines and filtration equipment, meeting the rigorous screening and filtering standards of the global mining and construction industry.
Tailored for the extreme working environments of mining, metallurgy, coal processing, and building material industries, our professional wire mesh screening and filtration products stand out with superior structural performance and practical application advantages, serving as core consumables for industrial material grading, dewatering and impurity filtration.
Manufactured from high-carbon steel, stainless steel and alloy materials, our screen meshes feature exceptional tensile strength and abrasion resistance. They can withstand long-term impact and friction of large-particle ores, coal gangue, gravel and cement raw materials, resisting corrosion from humid water and industrial media in wet screening operations. This greatly extends service life and reduces frequent replacement costs for production lines.
Optimized mesh structure and precise weaving technology ensure uniform aperture size and stable structural stability. The unique mesh design effectively avoids material bonding and hole blocking during dry and wet screening processes, realizing accurate particle classification, thorough coal de-sliming, efficient aggregate separation and solid-liquid filtration. It significantly improves finished product quality and overall production throughput.
Engineered for continuous high-intensity operation of vibrating screens and industrial filtration equipment, our mesh products maintain stable structural tension under high-frequency vibration, high pressure and heavy load. They are adaptable to various harsh working scenarios including open-pit mining, underground coal washing, high-temperature metallurgical processing and construction material batch production, with low failure rate and strong operational stability.
We support customized specifications of mesh count, wire diameter, aperture shape and product size to match diverse processing demands of mineral separation, coal processing, quartz sand, cement and construction waste recycling. With reliable performance and low maintenance requirements, our products effectively reduce production downtime and comprehensive operating costs, delivering high-value and long-lasting filtration and screening solutions for global industrial manufacturers.
All our mining and construction screening mesh products are strictly manufactured, tested and inspected in compliance with both authoritative international industrial standards and Chinese national specifications, ensuring universal compatibility, precise dimensional tolerance and reliable field performance for global clients. Internationally, we fully adhere to core industry norms including ISO 3310-1:2024 for metal wire test sieve technical requirements and aperture accuracy control, ISO 10752:2025 for coal sizing equipment performance evaluation, and ASTM E11-22, the globally recognized standard for woven wire sieve cloth dimensional precision and inspection criteria. Domestically, our products comply with GB/T 5330-2025 industrial metal woven mesh specifications, JB/T 9032-2018 mining screen mesh performance standards, MT/T 1018 coal industry wear-resistant screening component specifications, andGB/T 7679.6-2025 mining screening equipment technical guidelines. Every product batch undergoes strict quality checks on wire diameter deviation, aperture uniformity, tensile strength, wear resistance and structural stability, fully meeting standardized procurement and quality inspection requirements for mining, metallurgy, coal washing and building material projects worldwide.
