By hqt
Nitrile-coated gloves are designed for industrial safety with improvement in grip, protection against abrasions and oils, and increased protection for hands. Use is prevalent in the assembly of vehicles, machining, metal fabrication, glass safekeeping, and warehousing and in the construction, mining, maintenance, and oil industries.
It is estimated that the global market for nitrile-coated safety gloves will be USD 4.22 billion in 2025 and valued at USD 6.58 billion in 2032 with a compound annual growth rate of 6.8%.
China remains a major global sourcing base because it combines seamless knitting, coating formulation, dipping, curing, testing, packaging, and export services within established manufacturing clusters. This guide compares the best nitrile-coated glove manufacturers in China according to production scale, coating technology, certification support, customization, and delivery capability.
Major production clusters are located in Shandong, Jiangsu, Zhejiang, and Guangdong. These regions support a complete industrial chain covering:
• Technical yarn preparation and seamless liner knitting
• Nitrile compound formulation and dipping
• Smooth, foam, microfoam, and sandy coating processes
• Printing, heat transfer, inspection, and packaging
• Export documentation and private-label services
China's hand-protection market reportedly reached RMB 39.14 billion in 2024, accounting for approximately 35.6% of the domestic occupational-protection market.
China's PPE manufacturing is moving from basic volume production toward performance-driven industrial hand protection.
Key trends comprise:
• Reduced latex usage: By use of nitrile coatings, the number of gloves that contain natural latex is reduced.
• Increased cut protection: Glove designs incorporating nitrile coatings and HPPE, aramid, glass, steel fibers, or combinations thereof, continue to grow.
• Better grip: Nitrile coatings in a microfoam or sandy form provide a superior grip in dry, wet, or even oily conditions.
• Increased design: The Use of a higher gauge liner prevents gloves from becoming too bulky and allows for greater fingertip control.
• More glove designs allow for the use of touch screen devices: The use of conductive fibers in glove design allows for the use of touch screen devices.
• Reduced environmental impact: Use of recycled fibers and coatings with a longer life will reduce glove use per person.
The following comparison is based on publicly available company information. Buyers should verify factory capacity, certificates, and test reports before placing an order.
| Manufacturer | Manufacturing scale | Main capabilities | Buyer profile |
| Shandong Xingyu Gloves | Established in 1992; large production facilities and broad product range | Nitrile, latex, PU and PVC coatings | Large distributors and high-volume procurement programs |
| NMSafety | Established in 1998; three factories, 15 production lines and 1,500 knitting machines | Microfoam, sandy, double-dipped and fully coated nitrile gloves | PPE brands, importers and recurring wholesale buyers |
| Qingdao Snell Protective Products | Factories in major glove-manufacturing regions | Cut-resistant, impact-resistant and sandy nitrile gloves | Industrial and impact-protection markets |
| AIBON Safety | Approximately 15 years of industry experience | Household, chemical-resistant, disposable and coated gloves | General glove importers and OEM buyers |
| SONICE Safety Products | Established around 2010 | Foam nitrile, sandy nitrile and TPR impact gloves | Construction, logistics and industrial distributors |
| Huizhou Anboson Technology | Focused mainly on disposable glove products | Examination and heavy-duty disposable nitrile gloves | Buyers should verify reusable coated-glove capability |
| Evaluation factor | What buyers should verify |
| Production scale | Factory location, active lines, knitting capacity and monthly output |
| Coating technology | Smooth, foam, microfoam, sandy, double-dipped or full coating |
| Protection performance | EN 388, ISO 13997 and ANSI/ISEA 105 test results |
| Customization | Logo, liner color, coating color, sizing and packaging |
| Quality control | Incoming material inspection, in-process checks and batch testing |
| Delivery reliability | MOQ, production lead time, capacity planning and shipment history |
| Price | Material composition, coating coverage, glove weight and protection level |
Standard nitrile-coated gloves may fall within an indicative FOB range of USD 0.45–1.10 per pair. High-cut, reinforced, double-coated, winter, chemical-resistant, or impact-protection gloves are normally priced higher.
Among the best nitrile-coated glove manufacturers in China, NMSafety offers a broad combination of manufacturing scale, coating processes, cut-protection levels, and OEM/ODM support.
NMSafety was established in 1998 and is based in Shanghai. NMSafety also has production sites in Jiangxi, Jiangsu, and Shandong.
Facilities and resources include:
• 15 production lines
• 1,500 knitting machines
• 600 employees
• Capacity exceeding 600,000 dozen gloves per month
These resources sustain high volume and repeat orders across multiple categories of gloves.
NMSafety has developed a wide range of nitrile gloves with different coating structures:
• Microfoam nitrile: Breathable and flexible with an oil gripping.
• Sandy nitrile: Textured for handling in wet, oily and abrasive conditions.
• Full nitrile coating: Coverage for exposure to oil, dirt and light saturation.
• Double-dipped nitrile: Protection and enhanced durability for harsh conditions.
• Nitrile dot: reinforced grip and wear protection.
NMSafety combines nitrile coatings with a variety of technical liners, such as:
• Nylon
• HPPE
• Glass fiber
• Stainless-steel fiber
• Aramid
• Recycled polyester
Gloves in this range provide protection up to ANSI cut levels A2-A8 and are suitable for handling light components, sheet metal, glass, and heavy industrial work.
Customizations include:
• Logos via printing or heat transfer
• Color choices for liners and coatings
• Custom (private) labels
• Adjustments along the size range
• Coating and liner modifications
• Carton and POS display adaptations
| Industry / Application | Recommended Glove Construction | Main Requirements |
| Automotive & Machining | Thin microfoam nitrile palm coating | Dexterity, oil grip, abrasion resistance |
| Metal & Glass Handling | Cut‑resistant liner with sandy or foam nitrile coating | Verified cut level, secure grip |
| Mining & Heavy Industry | Full or double‑coated nitrile | Oil resistance, durability, liquid coverage |
| Construction & Demolition | Sandy nitrile with optional TPR (Thermoplastic Rubber) protection | Abrasion resistance, impact protection, wet grip |
| Oil & Gas Maintenance | Full nitrile or double‑dipped coating | Oil grip, chemical compatibility |
| Logistics & Warehousing | Lightweight nitrile palm coating | Comfort, breathability, touch‑screen compatibility |
Key product requirements include:
• Specific test reports for EN 388 or ANSI/ISEA 105
• Cut/abraded/punctured/impacted levels verified
• Coatings suitable for dry, wet, oily, or chemical contexts
• Samples that match production
• Minimum order quantity (MOQ) and price; size and packing provisions
• Standards for inspection of batches, tolerances for defects
• Time and reliability for delivery
Choosing among the many nitrile-coated glove manufacturers in China involves looking beyond unit price. Protection levels within certificates, coating performance, batch consistency, customization, and reliability of delivery are the other factors needed before approval.
For matters concerning your target application, specifications, standards, customization, minimum order quantity, and timelines for production, please reach out to NMSafety directly.
Q1. What factors affect the cost of nitrile-coated gloves?
Costs are based on a number of variables including the type of liner, gauge, nitrile coating type, coverage, thickness, weight, cut level, layering, impact protection, box packing, order quantity, and overall customization of the gloves.
Q2. What are the typical uses of nitrile-coated gloves?
Typical uses include assembly, machining, and fabrication involving metals and glass, as well as construction, warehousing, mining, maintenance, and activities related to the oil industry.
Q3. What is the difference between foam and sandy nitrile coatings?
Foam and microfoam coatings are used for a soft, flexible coating for a breathable foam layer that aids grip for precision handling. Sandy nitrile would be a coarse, tougher coating that aids grip, particularly in wet, oily, or abrasive situations.
Q4. What certifications should a buyer ask for?
Buyers should ask for test reports for products as they are specific to EN 388, ISO 13997, or ANSI / ISEA 105. ISO 9001 would support the buyer in assessing the factory management system, but it would not be a substitute for the product performance test.
Q5. How should buyers determine the appropriate cut-resistance level?
Buyers should assess the specific risk in the work area and select gloves that are suitable for that risk. For example, assembly tasks may require a lower cut-resistance level, whereas fabrication and handling of materials with a higher cut level may require a higher cut-resistance level.
