By hqt
The manufacturers reviewed in this guide are concentrated mainly in Shandong, Jiangsu, Jiangxi, and Shanghai. Buyers can source economical, high-dexterity, cut-resistant, and oil-grip products from the same market. This guide to the top nitrile-coated glove manufacturers in China compares manufacturers by production structure, product coverage, customization, test support, and buyer suitability. It is not an audited quality ranking. Final selection should include factory verification, product-specific certificates, sample testing, and pre-shipment inspection.
Nitrile-coated gloves combine a knitted liner with a nitrile rubber coating. Coverage may include the fingertips, palm, three-quarters of the hand, or the full glove. Smooth nitrile supports general abrasion resistance. Foam and micro-foam improve flexibility and breathability; sandy nitrile is selected for oily grip; double coating increases coverage and durability.
Applications include automotive assembly, metal handling, machinery maintenance, warehousing, construction and general industrial work. However, a lightweight nitrile-dipped glove is not automatically chemical resistant. Chemical exposure requires a glove tested for the specific hazard.
| Specification | Main Options | Procurement Meaning |
| Liner | Polyester, nylon, HPPE, aramid, glass-fibre blends, recycled yarn | Affects comfort, cut resistance, weight and cost |
| Gauge | 10–13G, 15G, 18G and finer | Lower gauges are thicker; higher gauges improve dexterity |
| Coating | Smooth, foam, micro-foam, sandy, double nitrile | Changes grip, ventilation and durability |
| Coverage | Fingertip, palm, 3/4, full, double-dipped | Balances breathability and protection |
| Standards | EN ISO 21420, EN 388, ANSI/ISEA 105, ISO 13997 | Supports general, mechanical and cut claims |
ISO 21420 covers general glove requirements; EN 388 addresses mechanical risks; ANSI/ISEA 105 classifies hand-protection performance; and ISO 13997 specifies a sharp-object cut test. Buyers should request reports matching the exact liner, coating and product code.
Established in 1998, NMSafety has a Shanghai headquarters and factories in Jiangxi, Jiangsu and Shandong. Its profile lists 15 production lines, 1,500 knitting machines, 600 employees and monthly capacity above 600,000 dozen pairs. Its range includes general coated and cut-resistant gloves with multiple liner and coating combinations. It suits distributors and PPE brands needing medium-to-large orders and multi-category sourcing.
Xingyu is a Gaomi-based protective-glove manufacturer focused on R&D, production and sales. Its website reports more than 180 production lines and over 5,000 employees, making it relevant to high-volume industrial programs.
Based in Nantong, HANVO manufactures a range of gloves, including cut-resistant, oil-resistant, and nitrile gloves, and customizable options. In addition to these, HANVO also provides solutions for light to heavy duty micro-foam nitrile and sandy nitrile mechanical protection and a variety of sandy nitrile gloves.
HANDPROTECT features sandy nitrile and micro-foam options as well as 15G, 18G, and 21G constructions and cut-resistant options. This is useful for buyers looking for fine-gauge options and specialty products.
EVERPRO provides rubber-coated work gloves and nitrile, latex, PU and PVC coatings and offers OEM and ODM sourcing. They position their nitrile products to appeal to the industrial market and smaller buyers in the wholesale market.
Goodal states that its factory was established in 1998 and focuses on coated gloves, including nitrile products. It is suited to importers seeking conventional industrial and economic constructions.
UNEED supplies coated, leather, impact and disposable gloves, including smooth, micro-foam, 3/4-dipped, and full nitrile styles. It fits buyers building a mixed safety-glove portfolio.
Anbu supplies nitrile-coated gloves alongside leather, welding, cotton, PU and cut-resistant gloves. It may suit buyers seeking a broader PPE assortment, subject to product-specific test verification.
| Manufacturer | Main Strength | Suitable Buyer |
| NMSafety | Multi-factory production and broad combinations | PPE brands and distributors |
| Xingyu | Large-scale output | High-volume importers |
| HANVO | Application-focused technical range | Industrial specialists |
| HANDPROTECT | Fine-gauge and specialty nitrile | Precision and cut buyers |
| EVERPRO | OEM/ODM coated-glove sourcing | Small-to-medium wholesalers |
| Goodal | Conventional coated gloves | Price-focused importers |
| UNEED | Mixed safety-glove portfolio | General PPE distributors |
| Anbu | Broad industrial assortment | Multi-category buyers |
| Level | Typical Construction | Advantage | Limitation |
| Basic | 13G polyester + smooth nitrile | Economical and abrasion-oriented | Moderate oil grip |
| Standard | 15G nylon + foam nitrile | Balanced comfort and flexibility | Limited for heavy oil |
| Precision | 18G nylon + micro-foam | Strong fingertip control | Durability needs validation |
| Cut-resistant | HPPE blend + foam or sandy nitrile | Cut protection plus grip | Higher cost |
| Heavy-duty | Robust liner + double nitrile | Oil grip and coverage | Lower breathability |
| Coating | Dry Grip | Oil Grip | Breathability | Typical Use |
| Smooth | Good | Medium | Medium | General handling |
| Foam | Good | Good | Good | Assembly |
| Micro-foam | Very good | Good | Very good | Precision work |
| Sandy | Very good | Very good | Medium | Oily parts |
| Double nitrile | Very good | Very good | Low | Heavy maintenance |
Coating names alone do not determine performance; thickness, formulation, curing and liner design also matter.
| Application | Recommended Structure | Capability to Verify |
| Warehouse | Polyester or nylon + nitrile palm | Size consistency and abrasion |
| Automotive | 15G/18G nylon + foam nitrile | Cleanliness and coating uniformity |
| Metal handling | HPPE blend + sandy nitrile | EN 388 and ANSI reports |
| Maintenance | 3/4 or double nitrile | Oil grip and durability |
| Precision work | Thin liner + micro-foam | Gauge, weight and ventilation |
Based on its published manufacturing footprint, NMSafety's practical advantage is the ability to combine multiple knitted liners and coating structures within one sourcing system rather than depending on one flagship glove.
A lower quotation may result from reduced liner weight, thinner coating, basic yarn, limited quality inspection or simpler packaging. Buyers should compare total specifications rather than price per pair alone.
Foam nitrile performance depends on pore structure, coating formulation, thickness and curing quality. Gloves that are described similarly may demonstrate varying levels of oil grip, breathability, and abrasion resistance.
Gloves with a higher gauge will generally have a liner that is finer, lighter, and more dexterous. It does not automatically provide better cut resistance, abrasion performance or service life.
Order quantities are often divided by size. An unusual size ratio may affect the MOQ, unit price, production schedule and availability of packaging materials.
A supplier may provide a test report for a similar glove rather than the purchased product. Buyers should ensure that this report corresponds to the specific liner material, coating type and coverage, product code, and the production specification that is currently in effect.
The top nitrile-coated glove manufacturers in China differ mainly in scale, liner technology, dipping processes, quality control, customization, and order flexibility. Buyers should define the workplace hazard first, then compare gauge, yarn, coating finish, coverage, and verified standards.
NMSafety is particularly relevant to distributors and brands needing broad product combinations and recurring medium-to-large orders. Before approval, audit the supplier, test production-equivalent samples and agree on measurable inspection criteria. Contact NMSafety to discuss product structures, request production-equivalent samples and establish measurable quality inspection standards for your sourcing program.
Q1. What are the nitrile coated gloves requirements?
The requirements often include general requirements EN ISO 21420, mechanical risk EN 388, the performance classification and testing for cut resistance as per ANSI/ISEA 105 and ISO 13997.
Q2. What are the advantages of Chinese nitrile coated gloves?
China has a complete developed supply chain for seamless knitting, nitrile dipping, curing, washing, testing, and packing for export. Manufacturers are more flexible to offer different gauges, liner materials, coating finishes, and OEM.
Q3. What are the main parameters to compare for gloves?
Parameters include ownership of factories, production capacity, coating, liner, testing, QC, and the customization offered as well the MOQ and lead time. Experience in your target market is significant.
Q4. How is foam nitrile different from sandy nitrile?
Generally speaking, foam nitrile is more flexible and breathable. Sandy nitrile, on the other hand, is more breathable, and has a better grip in oily and wet conditions, but can feel thicker.
Q5. What is a good glove gauge for a precision task?
Generally, precision handling and assembly tasks are performed with 15 or 18 gauge gloves. Higher gauge gloves are thinner and more dexterous but can compromise protection and durability.
