Oil and Gas Glove Manufacturers and Suppliers
M-tide produces gloves that offer high protection for the oil and gas industry. These gloves protect against high-risk hazards such as impact, cuts, burns, and punctures. They also feature excellent oil, chemical, acid, and alkali resistance. Compliant with ANSI standards, these products provide the safety, durability, and grip needed for high-risk work. making them essential PPE for workers. They are widely used in petroleum extraction, drilling, refining, maintenance, and construction applications. M-tide provides OEM/ODM solutions and fast mass production. This helps you quickly gain market share.
OEM/ODM services available
Specialization in the Oil and Gas Industry
10–90 days
Product Specifications
M-tide gloves are specifically designed for medium- to high-risk applications, such as oil extraction, drilling, natural gas transport, and power generation. By using various liner materials and fiber combinations, these gloves provide versatile protection while balancing comfort with durability.
These gloves are made from high-performance fibers such as HPPE, polyester, aramid, and blends. They provide great cut resistance. They also resist high and low temperatures, flames, and oil. Nitrile coating is widely used as the industry standard in the oil and gas industry. In heavy oil environments, we recommend a PVC coating. Of course, we also offer latex-coated gloves; different applications require gloves with different constructions.
Additionally, for drilling, pipeline installation, and heavy machinery operation, we provide TPR impact-resistant gloves. Below are some samples; please contact our engineers for customization.
Non-slip Neoprene Gloves
Chemical Resistant Neoprene Gloves
Thickened Chemical Resistant PVC Gloves
Anti-Static Impact Resistant Gloves
Cut Resistant Impact Protection Gloves
A3-Grade Cut-Resistant Touchscreen Gloves
Grade A6 Nitrile Needle-Resistant Work Gloves
Chemical-Resistant Impact-Resistant Gloves
Impact-Resistant Welding Gloves
High-quality gloves for the oil and gas industry
At M-tide Protective Gloves Manufacturer, we are committed to protecting workers’ hands, we have developed a comprehensive product line tailored to the specific demands of the oil and gas industry. Featuring high-strength liners and oil-resistant coatings, our gloves are designed to be versatile and durable. With mature production processes and quality control systems, our products meet international testing standards. We optimize structural designs for various work environments to enhance efficiency and safety. Equipped with four fully operational production lines, we guarantee high-volume supply. We are committed to providing stable and reliable hand protection solutions for oil and gas clients worldwide.
- Cost Advantage: Volume discounts to reduce procurement costs
- Expertise: A seasoned R&D team
- Flexibility: Free risk assessment by M-tide experts
- Free Samples: Free samples available
- Reliable Quality: Multiple quality inspections from raw materials to finished products
Chemical Resistance & Heavy Oil Grip Solutions
The oil and gas industry demands consistent protection and long-term stability, which differs significantly from general industrial applications. Gloves must not only resist oil but also effectively block lubricants, drilling mud, and various chemicals. In addition, reliable insulation and strong grip performance in heavy oil and humid conditions are essential.
To address these key challenges, M-tide’s R&D team has developed specialized oil-resistant, corrosion-resistant gloves, as well as high-performance heavy oil grip gloves. These solutions have been widely recognized across the industry for their reliability and effectiveness.
Oil and Chemical Resistance Solutions
This solution is commonly used in crude oil extraction, refinery maintenance, tank cleaning, internal pipeline maintenance, oil loading and unloading, and drilling fluid circulation. These applications involve prolonged contact with hydrocarbons, solvents, acidic liquids, and alkaline substances. To address these challenges, we combine high-performance materials, advanced processes, and rigorous testing to provide efficient and reliable solutions.
We recommend nitrile-coated gloves, which offer excellent oil resistance and anti-swelling performance, as well as PVC-coated gloves, which provide superior resistance to acids and alkalis. For enhanced protection, double-layer nitrile coatings improve anti-permeation performance. Liner materials can include HPPE, polyester, or nylon. Full-dip or double-dip constructions provide complete coverage, offering stronger barrier protection. Overall, these gloves can withstand long-term exposure to oils and chemicals while maintaining structural stability, resisting hardening, delivering excellent tear resistance, and extending service life.
Grip Performance in Heavy Oil Environments
Custom work gloves for your project
- Materials:
HPPE, aramid, nylon, polyester, blended fibers - Coatings:
nitrile coating, foam nitrile, PVC - Dipping:
palm dip, full dip, 3/4 dip, double dipping - Surface Finish:
smooth finish, sandy finish, wave pattern, microporous foam structure - Sizes:
6–12 / full size range from S to XXL - Standards:
EN388, EN374, ANSI certified - Customization:
logo printing, custom color options
Applications and Uses
Oilfield Applications
- refinery maintenance, oil pipe cleaning, and routine inspection
- crude oil handling, pipeline maintenance, and daily oilfield operations
- drilling platform maintenance, deck handling, and drill pipe operations
Natural Gas Applications
- gas pipeline installation, inspection, and maintenance; valve and pipeline operations
- natural gas equipment operation and maintenance; gas separation unit operation
- inspection and maintenance of natural gas instrumentation equipment
Frequentiy Asked Questions
What features should you look for when purchasing oilfield gloves?
Oilfield gloves are primarily used in natural gas and petroleum work environments. These environments present a variety of risks. Such as those associated with oil drilling, downstream refining, and processing. Workers typically face risks including cuts, impact injuries, and chemical burns. When selecting gloves, consider the following points:
- Heat Resistance:
Actual work environments may involve significant sparks and exposure to high temperatures. The gloves must possess adequate heat resistance. - Oil Resistance:
Oily liquids such as crude oil and drilling fluids can severely corrode the skin on the hands. They can also make tools slippery. Common nitrile and PU coatings effectively block oil while ensuring grip performance. - Mechanical Protection:
When handling heavy-duty pipes, operating heavy equipment, or using sharp tools, there is a risk of cuts and crush injuries to the hands. Oilfield gloves must offer cut resistance and impact resistance. Additionally, durable gloves are essential for long-term protection. - Good Fit:
A proper fit is also crucial. The right size improves work efficiency and grip performance. long cuff design effectively prevent liquids from entering the gloves.
How should natural gas gloves be maintained?
Proper maintenance of natural gas gloves is crucial for effectively extending their service life. Please note the following points:
- Proper Use: Natural gas gloves offer a certain degree of oil and chemical resistance. However, the range of chemicals they can protect against is limited. Do not expose them to strong acids or alkalis.
- Cleaning After Use: After use, wash the gloves according to the manufacturer’s instructions. Use clean water, a neutral detergent, or soap. A professional cleaning agent is recommended.
- Regular Inspection: Before each use, inspect the gloves for punctures, tears, or cracks in the coatings. Have a professional inspection performed every two to three months to verify that the gloves’ protective performance meets standards.
- Storage Recommendations: For daily storage, keep the gloves in a cool, dry place. Important! Do not store them in direct sunlight, as this will accelerate the aging of the gloves.
How to Determine the Consistency of Natural Gas Glove Quality Before Bulk Purchasing
Before bulk purchasing natural gas gloves, you can assess the consistency of glove quality based on the following criteria:
- Check Certifications: Before purchasing, verify the manufacturer’s product compliance certifications.
Note: Requirements vary by region, so different certifications may be required. Common certifications include EN ISO 374-1 and ISO 9001. - Check Specifications: Specifications are also a critical factor. Common specifications include:
Batch numbers, compliant packaging labels, and packaging boxes with a consistent appearance. - Oil Resistance Test: Apply two or three drops of engine oil or fuel to the gloves. Wait 6 minutes, then pinch and stretch the gloves. Observe whether Grip Performance is normal, whether the gloves feel sticky, and whether the coatings have any wrinkles.
How often should natural gas gloves be replaced?
Natural gas gloves typically require inspection every 6 months. This means that once they are issued from the warehouse, they must be inspected every 6 months, regardless of whether they have been used.
New gloves can generally be stored for 12 months. After 12 months, they must be inspected.
Should natural gas gloves prioritize cut resistance or flame resistance?
Natural gas gloves should ideally offer both cut resistance and flame resistance. However, the choice should be based on the specific work environment and tasks.
In the natural gas industry, most tasks involve working with metal pipes, sharp metal components, or tools. The hands are the most vulnerable to cuts and are the site of the most common workplace accidents.
Flame-resistant protection, on the other hand, is essential for tasks such as leak repairs, welding, and grinding of natural gas pipelines to ensure better safety.
What certifications should you look for when purchasing natural gas gloves?
Natural gas gloves must comply with safety standards. Common safety standards in different regions are as follows:
- OSHA: This is the standard set by the U.S. Occupational Safety and Health Administration. It mandates that workers in the natural gas industry must be equipped with PPE.
- ANSI: Look for ANSI/ISEA 105-2024 and heat resistance testing.
- EN: European testing standards. Pay attention to EN 374 chemical resistance testing. EN 407 heat resistance testing, and EN 388 mechanical protection testing.
- ASTM: North American standards. Pay attention to ASTM F7349 chemical resistance testing.
What are the common coatings for oilfield gloves?
There are many types of coatings for oilfield gloves. The most common types are as follows:
- Nitrile-coated oilfield gloves:
The main advantages of nitrile coating are chemical resistance and oil resistance. In industries such as the oil sector, where workers are exposed to high temperatures and greasy environments, foam nitrile coating is a suitable choice. It offers excellent protection and grip performance. - PU-coated oilfield gloves:
PU coatings on these gloves also offer excellent durability. At the same time, they provide greater flexibility than nitrile-coated gloves. However, their durability is limited. - Neoprene-coated oilfield gloves:
These gloves also provide protection against oils, acids, and other chemicals. However, they do not protect against aromatic hydrocarbons. In petroleum industry settings, they protect hands from corrosion by petroleum and other chemical liquids.
Which offers better oil resistance: nitrile-coated gloves or latex-coated gloves?
Nitrile-coated gloves offer far superior oil resistance compared to latex-coated gloves.
Latex-coated gloves perform only moderately well in wet or oily environments. Their grip performance is also limited.
Nitrile-coated gloves offer superior oil resistance. Their surface is tacky, providing excellent grip in both wet and oily environments.
What is the difference between oil-resistant gloves and waterproof gloves?
Waterproof gloves prevent water from penetrating the gloves when in contact with water. They typically feature nitrile or PVC coatings.
Oil-resistant gloves are primarily used to protect against substances . Such as gasoline, diesel, and mineral oils encountered in the workplace. Common coatings include nitrile, PU, and neoprene.
The two types offer different levels of protection and use different coatings. When selecting gloves, it is important to consider the specific application.
Can oil-resistant gloves protect against chemicals?
Not necessarily. Oil-resistant gloves do not necessarily provide protection against chemicals. Here are the most common examples:
Neoprene gloves: These provide effective protection against acidic agents or oils. However, they do not protect against ketones or strong oxidizing agents.
What certifications are required for oil-resistant gloves?
In addition to other mechanical performance certifications. Such as cut resistance and impact resistance. Oilfield gloves must undergo chemical resistance testing. EN 374.
EN 374: Tests the durability against 18 different chemical agents, including oil-soluble organic solvents.
The EN 374-1 testing standard indicates the level of protection against these chemicals, classified as A, B, or C.
What should you consider when purchasing oilfield gloves in bulk?
Before purchasing oilfield gloves in bulk, we recommend paying attention to the following aspects.
- Types of oilfield gloves:
Oilfield gloves are designed for different scenarios and are exposed to different risks.
For example, in oil drilling, focus on abrasion resistance and impact resistance.
For oil tank cleaning, focus on chemical resistance.
For electrical work in oilfields, gloves must provide adequate electrical protection.
- Oilfield Glove Quality:
Pay attention to the materials used and the quality of craftsmanship. Inspect samples to verify these aspects. - Test Reports for Oilfield Gloves:
Review the gloves’ test reports, such as those for EN 374 chemical resistance testing. Pay close attention to the Protection Level and the specific chemicals the gloves can protect against. - Production Volume and Yield Rate:
Production volume reflects supply chain efficiency, while yield rate impacts costs and labor hours. When reviewing yield rates, ensure compliance with applicable testing standards.
