Stainless Steel Sink Strainers, Stainless Steel Sieves – Premium Kitchen Drain Solutions

We are one of the leading manufacturers and exporters of Stainless Steel Sink Strainers from India. We have been supplying premium kitchen sink strainers, drain filters, and basket strainers to the world market for many decades. Our comprehensive range of sink strainers includes perforated basket strainers, mesh sink filters, and custom-designed drain catchers that provide superior filtration performance in residential and commercial kitchen applications. With over three decades of manufacturing excellence, we specialize in producing high-quality Stainless Steel sink strainers using advanced pressing, punching, and polishing techniques. Our state-of-the-art manufacturing facility utilizes precision machinery to create durable, corrosion-resistant sink strainers that meet international quality standards including ASTM, DIN, BS, and JIS specifications. Each sink strainer undergoes rigorous quality control processes to ensure optimal performance, longevity, and customer satisfaction. Our extensive product portfolio caters to diverse market requirements, from standard kitchen sink strainers to specialized industrial drain filters, making us the preferred choice for importers, distributors, and OEM partners worldwide.

Price: US$ 12/Kilogram
Product Overview – Stainless Steel Sink Strainers

Stainless Steel sink strainers are essential kitchen accessories designed to prevent food particles, debris, and solid waste from entering drain systems while allowing water to flow freely. These precision-engineered components are manufactured through specialized metal forming processes including sheet metal pressing, CNC punching, and multi-stage polishing operations. Our sink strainers feature strategically positioned perforations or mesh patterns that optimize drainage efficiency while capturing unwanted materials. The robust construction ensures long-lasting performance in demanding kitchen environments, from residential applications to high-volume commercial food service operations. Available in various configurations including basket-style strainers, flat mesh sieves, and deep-draw basket strainers, our products accommodate different sink designs and drainage requirements.

Material Grades and Specifications

Manufacturing Processes and Machinery

Our advanced manufacturing facility employs sophisticated metalworking processes to produce precision sink strainers that meet exacting quality standards. The production sequence begins with material selection and preparation, where premium Stainless Steel sheets are inspected for chemical composition, surface quality, and dimensional accuracy. Deep drawing operations are performed using hydraulic presses ranging from 100-ton to 500-ton capacity, creating the characteristic bowl shape of basket strainers. CNC turret punching machines with multi-tool capabilities create precise perforation patterns, ensuring consistent hole diameter, spacing, and edge quality across all products.

Progressive stamping dies are utilized for high-volume production runs, incorporating multiple forming stages within a single press cycle. Rotary deburring equipment removes sharp edges and burrs from punched holes, enhancing safety and aesthetic appeal. The final polishing process employs vibratory finishing systems with ceramic media and specialized compounds to achieve the desired surface finish. Quality control throughout the manufacturing process includes dimensional verification using coordinate measuring machines (CMM), surface roughness testing, and corrosion resistance evaluation according to ASTM B117 salt spray standards.

Product Applications and Industries

Stainless Steel sink strainers serve critical functions across diverse industry sectors, providing reliable filtration solutions for various drainage applications. In residential kitchens, these components prevent food waste accumulation in plumbing systems while maintaining optimal water flow rates. Commercial food service establishments including restaurants, hotels, and institutional kitchens rely on heavy-duty sink strainers to handle high-volume waste streams and frequent cleaning cycles. Food processing facilities utilize specialized sink strainers designed for sanitary applications, featuring smooth surfaces and crevice-free construction that facilitate thorough cleaning and sanitation protocols.

Laboratory and healthcare facilities employ sink strainers manufactured from 316L Stainless Steel to ensure chemical compatibility and corrosion resistance in demanding environments. Marine applications require sink strainers with enhanced corrosion protection to withstand saltwater exposure and harsh operating conditions. Industrial manufacturing plants use custom-designed strainers for parts washing stations, equipment cleaning areas, and process drainage systems where durability and chemical resistance are paramount considerations.

Quality Standards and Certifications

Our Unique Selling Propositions

Dimensional Chart – Standard Sink Strainer Sizes

Frequently Asked Questions – Stainless Steel Sink Strainers

Material Properties – Stainless Steel Grades

Packaging and Shipping Information

Our comprehensive packaging solutions ensure product integrity during international transportation while meeting diverse customer requirements. Standard export packaging includes individual product protection using polyethylene bags with desiccant packets, followed by placement in custom-designed corrugated cartons with internal cushioning materials. Retail-ready packaging options feature attractive blister packs with product information, installation instructions, and multilingual labeling compliance with international marketing standards.

Bulk industrial packaging utilizes heavy-duty corrugated containers with internal dividers and protective foam inserts to prevent product damage during handling and transportation. Custom branding services include customer logo printing, product specification labels, barcode integration, and compliance marking according to destination country requirements. Packaging materials are selected for environmental compatibility and recycling compliance, supporting sustainable supply chain practices.

International Standards Compliance

Quality Control and Testing Procedures

Our comprehensive quality assurance program encompasses incoming material verification, in-process monitoring, and final product inspection protocols designed to ensure consistent performance and reliability. Material certification includes mill test certificates verifying chemical composition, mechanical properties, and surface finish specifications according to applicable international standards. Dimensional inspection utilizes coordinate measuring machines (CMM) with accuracy levels of ±0.01mm for critical dimensions including overall diameter, hole positioning, and depth measurements.

Surface quality evaluation employs visual inspection protocols supplemented by surface roughness measurements using contact and non-contact profilometers. Corrosion resistance testing follows ASTM B117 salt spray procedures with exposure durations ranging from 72 to 1000 hours depending on grade and application requirements. Mechanical property verification includes tensile testing, hardness measurement, and forming capability assessment to ensure material performance meets specification requirements.

Installation and Maintenance Guidelines

Proper installation and regular maintenance ensure optimal performance and extended service life of Stainless Steel sink strainers. Installation procedures begin with thorough cleaning of sink drain opening to remove debris, old sealant, and surface contaminants. Dimensional verification confirms proper fit between strainer flange and sink opening, ensuring adequate sealing surface contact. Sealing compound application using food-grade plumbers putty or silicone sealant creates watertight seal preventing leakage and contamination.

Regular maintenance includes daily removal of collected debris, weekly deep cleaning with appropriate detergents, and monthly inspection for wear, damage, or corrosion indicators. Cleaning protocols emphasize gentle mechanical action using soft brushes and non-abrasive cleaners to preserve surface finish integrity. Replacement indicators include visible corrosion, enlarged perforations, structural deformation, or compromised sealing performance requiring immediate attention.

Performance Optimization and Troubleshooting

Environmental Considerations and Sustainability

Stainless Steel sink strainers contribute to environmental sustainability through material recyclability, extended service life, and reduced maintenance requirements. Material composition includes significant recycled content (typically 60-70%) while maintaining full performance characteristics and quality standards. End-of-life recyclability approaches 100% through established Stainless Steel recycling infrastructure worldwide, supporting circular economy principles.

Manufacturing processes employ energy-efficient equipment and waste minimization strategies including material yield optimization and scrap recycling programs. Product longevity reduces replacement frequency compared to alternative materials, minimizing overall environmental impact throughout product lifecycle. Chemical resistance eliminates need for frequent replacement due to corrosion, further supporting sustainable installation practices.

Market Trends and Future Developments

The global sink strainer market continues evolving driven by increasing demand for premium kitchen accessories, growing awareness of food safety requirements, and expanding commercial food service sectors. Design innovations focus on enhanced functionality including antimicrobial surface treatments, improved ergonomics, and aesthetic integration with contemporary kitchen designs. Material developments explore advanced Stainless Steel alloys with enhanced properties and specialized surface finishes for specific applications.

Market expansion in developing economies drives demand for cost-effective solutions while maintaining quality standards and performance requirements. Regulatory trends emphasize food safety compliance, environmental sustainability, and worker safety considerations throughout manufacturing and application phases. Technology integration includes automated manufacturing processes, advanced quality control systems, and digital supply chain management capabilities.