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A stainless steel mesh glove is constructed from interlocked rings of stainless steel wire. The term stainless steel mesh glove specifically refers to gloves made entirely from stainless steel, as opposed to gloves made from other metals or metal-coated fibers. The stainless steel mesh glove provides cut resistance, puncture resistance, and abrasion resistance in a single product. This article provides technical specifications for stainless steel mesh gloves including cut level ratings, cleaning protocols, size charts, and application data. The construction of a stainless steel mesh glove follows a four-in-one weave pattern where each ring passes through four adjacent rings. This pattern creates a flexible mesh that conforms to the shape of the hand while maintaining consistent ring spacing. The rings are welded at the closure point to prevent separation under load. The welding process uses resistance welding that forges the ring ends together. A properly welded ring has a break strength equal to or greater than the base wire.
Under the ANSI/ISEA 105 standard, a stainless steel mesh glove receives a cut level rating from A1 to A9 based on the force required to cut through the material. The test uses a straight blade that moves across the material under increasing loads. The force is measured in grams. A Level A5 rating requires a cutting force between 2200 grams and 2999 grams. A Level A6 rating requires between 3000 grams and 3999 grams. A Level A7 rating requires between 4000 grams and 4999 grams. The table below presents ANSI cut level data for different stainless steel mesh glove configurations. Ring Thickness mm Ring Diameter mm Gauge Cut Force Grams ANSI Cut Level Typical Service Life Months 0.37 1.8 15 2200 to 2600 A5 18 0.4 2.2 13 2400 to 2900 A5 20 0.45 2.8 10 2900 to 3500 A6 22 0.5 3.5 8 3500 to 4200 A6 to A7 24 0.55 3.8 7 4000 to 4800 A7 24 The data shows that a stainless steel mesh glove with 0.5 millimeter rings provides ANSI A6 cut protection, which meets the requirements for most industrial cutting applications. The A7 level provided by 0.55 millimeter rings is reserved for applications with serrated blades or where the cutting forces are unusually high. Facilities should select the cut level based on the sharpest blade and highest cutting force present in their operation.
The cleaning protocol for a stainless steel mesh glove depends on the application environment. For food processing applications, the glove must be cleaned and sanitized between production batches. The recommended cleaning protocol consists of four steps. Step one is a cold water rinse at 20 degrees Celsius for 30 seconds to remove surface fat and protein. Step two is immersion in an alkaline detergent solution at 50 degrees Celsius for 10 minutes. Step three is a hot water rinse at 70 degrees Celsius for 30 seconds. Step four is a sanitizing rinse at 82 degrees Celsius for 30 seconds. For industrial applications without food contact, a simplified cleaning protocol is sufficient. The glove should be immersed in warm water with mild detergent at 40 degrees Celsius for 10 minutes, then rinsed with clean water at 50 degrees Celsius for 30 seconds, then dried with compressed air. This protocol removes oil, grease, and general dirt from the glove surface. The glove should be cleaned at the end of each shift or whenever it becomes visibly contaminated. The table below summarizes cleaning protocols by application. Application Detergent Temperature Detergent Type Sanitization Temperature Frequency Meat processing 50 C Alkaline 82 C Between batches Seafood processing 50 C Alkaline 82 C Between batches Glass handling 40 C Mild None Daily Metal fabrication 40 C Degreaser None Daily Recycling 45 C Heavy duty 70 C End of shift
Proper sizing of a stainless steel mesh glove is essential for effective protection. The table below provides a complete size chart based on hand circumference and hand length measurements. Size Hand Circumference mm Hand Length mm Glove Length mm Cuff Type Available XS 152 to 178 160 to 180 220 Standard only S 178 to 203 180 to 195 240 Standard or extended M 203 to 229 195 to 210 260 Standard or extended L 229 to 254 210 to 225 280 Standard or extended XL 254 to 279 225 to 240 300 Standard or extended XXL 279 to 305 240 to 255 320 Standard only To measure hand circumference, wrap a tape measure around the palm at the base of the fingers, excluding the thumb. To measure hand length, measure from the tip of the middle finger to the base of the palm where the wrist meets the hand. The glove should be selected based on the larger of the two measurements. If the hand circumference indicates medium but the hand length indicates large, select the large glove.
The puncture resistance of a stainless steel mesh glove is measured using the EN388 puncture test with a 1 millimeter steel point. The test point is driven into the glove material at a constant speed of 100 millimeters per minute. The maximum force recorded during penetration determines the puncture level. A stainless steel mesh glove with 0.45 millimeter rings achieves puncture forces of 65 to 85 newtons, which is Level 3. A glove with 0.55 millimeter rings achieves 85 to 105 newtons, which is Level 4. The puncture resistance of a stainless steel mesh glove is particularly important in applications where sharp points are present. In seafood processing, the puncture hazard comes from fish spines and crab legs. In recycling, the hazard comes from broken glass and medical sharps. In meat processing, the hazard comes from bone fragments. The stainless steel mesh glove provides puncture protection that fabric cut-resistant gloves cannot match. Fabric gloves typically puncture at forces below 40 newtons, while the stainless steel mesh glove withstands double that force.
Replace a stainless steel mesh glove when any of the following conditions are present. One or more rings show broken welds. Any ring has become elongated to an oval shape. The ring thickness has worn by 20 percent or more of the original dimension. The cuff closure no longer holds securely. Any of these conditions indicate that the glove no longer provides full protection.
Yes. A stainless steel mesh glove made from 316L grade can be autoclaved at 121 degrees Celsius for 15 minutes. The autoclave cycle does not affect the mechanical properties of the stainless steel. The glove should be allowed to cool before handling. Do not autoclave gloves with leather or fabric components.
A stainless steel mesh glove stored in dry conditions at room temperature has an indefinite shelf life. The metal does not degrade over time without use. The cuff closure components may degrade after 5 years of storage due to elastic relaxation. For gloves stored for more than 3 years, inspect the cuff closure before first use.
A stainless steel mesh glove made from 316L or 304 stainless steel meets FDA 21 CFR 177.2800 requirements for food contact materials. The glove must be cleaned and sanitized before each use in food processing. RETON Ring Mesh Co., Ltd. provides FDA compliance documentation upon request.
The corrosion resistance of a stainless steel mesh glove is verified using salt spray testing according to ASTM B117. In this test, the glove is placed in a chamber with a 5 percent sodium chloride fog at 35 degrees Celsius. A 316L stainless steel mesh glove shows no red rust after 500 hours of exposure. A 304 stainless steel glove shows red rust spots after 120 hours of exposure. This data confirms that 316L is the correct material grade for applications with salt exposure or chlorine sanitization. The corrosion testing also evaluates the weld areas of the rings. The weld zone has a slightly different microstructure than the base metal, which can affect local corrosion resistance. In 316L stainless steel mesh gloves, the weld zones show no preferential corrosion after 500 hours of salt spray exposure. The molybdenum content in 316L provides uniform corrosion resistance across the entire ring. RETON Ring Mesh Co., Ltd. manufactures stainless steel mesh gloves with certified cut levels A5 through A7. The company provides cleaning protocol documentation and size charts for all products. For technical specifications and sample requests, contact RETON Ring Mesh Co., Ltd.
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