Graphene Gloves
Next Generate Protection
ISO9001,CE,ANSI Approval
Your Trusted Graphene Glove Manufacturing Partner
Looking for a reliable supplier to meet your graphene glove manufacturing needs with quick turnaround times? BullSafety is a leading manufacturer of high-performance graohene gloves, specializing in both standard and custom-made solutions for a wide range of industries, including construction, manufacturing, and more.
We offer an extensive selection of graphene gloves, tailored to meet your specific needs, including different sizes, materials, and designs. Our ISO 9001 certified production process, paired with our in-depth expertise and advanced manufacturing technology, ensures that your products are produced with precision and consistency, every time.
13 Gauge A9 Sandy Nitrile Graphene Gloves
- Liner: 13 gauge graphene gloves
- Standards: A9
- Coating Coverage: Palm & Fingers
- Add: Thumb Reinforcement & Touchscreen
- Grip: Sandy Nitrile
- Cuff: Knit Wrist
- Sizes: M-2XL
18 Gauge A9 Sandy Nitrile Graphene Gloves
- Liner: 18 gauge graphene gloves
- Standards: A9
- Coating Coverage: Palm & Fingers
- Add: Thumb Reinforcement & Touchscreen
- Grip: Sandy Nitrile
- Cuff: Knit Wrist
- Sizes: M-2XL
15 Gauge A3 Microfoam Graphene Gloves
- Liner: 15 gauge graphene gloves
- Standards: 4X42C & A3
- Coating Coverage: Palm & Fingers
- Add: Thumb Reinforcement & Touchscreen
- Grip: Microfoam
- Cuff: Knit Wrist
- Sizes: M-2XL
15 Gauge A4 Sandy Nitrile Graphene Gloves
- Liner: 15 gauge graphene gloves
- Standards: 4X42D & A4
- Coating Coverage: Palm & Fingers
- Add: Thumb Reinforcement & Touchscreen
- Grip: Sandy Nitrile
- Cuff: Knit Wrist
- Sizes: M-2XL
- Packed: 120 Pair/Case
15 Gauge A5 Sandy Nitrile Graphene Gloves
- Liner: 15 gauge graphene gloves
- Standards: 4X42E & A5
- Coating Coverage: Palm & Fingers
- Add: Thumb Reinforcement & Touchscreen
- Grip: Sandy Nitrile
- Cuff: Knit Wrist
- Sizes: M-2XL
- Packed: 120 Pair/Case
15 Gauge A6 Sandy Nitrile Graphene Gloves
- Liner: 15 gauge graphene gloves
- Standards: 4X42F & A6
- Coating Coverage: Palm & Fingers
- Add: Thumb Reinforcement & Touchscreen
- Grip: Sandy Nitrile
- Cuff: Knit Wrist
- Sizes: M-2XL
- Packed: 120 Pair/Case
18 Gauge A3 Sandy Nitrile Graphene Gloves
- Liner: 18 gauge graphene gloves
- Standards: 4X42C & A3
- Coating Coverage: Palm & Fingers
- Add: Thumb Reinforcement & Touchscreen
- Grip: Sandy Nitrile
- Cuff: Knit Wrist
- Sizes: M-2XL
- Packed: 120 Pair/Case
18 Gauge A4 Sandy Nitrile Graphene Gloves
- Liner: 18 gauge graphene gloves
- Standards: 4X42D & A4
- Coating Coverage: Palm & Fingers
- Add: Thumb Reinforcement & Touchscreen
- Grip: Sandy Nitrile
- Cuff: Knit Wrist
- Sizes: M-2XL
- Packed: 120 Pair/Case
18 Gauge A6 Sandy Nitrile Graphene Gloves
- Liner: 18 gauge graphene gloves
- Standards: 4X42F & A6
- Coating Coverage: Palm & Fingers
- Add: Thumb Reinforcement & Touchscreen
- Grip: Sandy Nitrile
- Cuff: Knit Wrist
- Sizes: M-2XL
- Packed: 120 Pair/Case
18 Gauge A3 Foam Nitrile Graphene Gloves
- Liner: 18 gauge graphene gloves
- Standards: 4X42C & A3
- Coating Coverage: Palm & Fingers
- Add: Thumb Reinforcement & Touchscreen
- Grip: Foam Nitrile
- Cuff: Knit Wrist
- Sizes: M-2XL
- Packed: 120 Pair/Case
18 Gauge A4 PU Graphene Gloves
- Liner: 18 gauge graphene gloves
- Standards: 4X42D & A4
- Coating Coverage: Palm & Fingers
- Add: Thumb Reinforcement & Touchscreen
- Grip: PU
- Cuff: Knit Wrist
- Sizes: M-2XL
- Packed: 120 Pair/Case
18 Gauge A4 PU Graphene Gloves
- Liner: 18 gauge graphene gloves
- Standards: 4X42D & A4
- Coating Coverage: Palm & Fingers
- Add: Thumb Reinforcement & Touchscreen
- Grip: Sandy Nitrile
- Cuff: Knit Wrist
- Sizes: M-2XL
- Packed: 120 Pair/Case
21 Gauge A3 PU Graphene Gloves
- Liner: 21 gauge graphene gloves
- Standards: 4X42C & A3
- Coating Coverage: Palm & Fingers
- Add: Thumb Reinforcement & Touchscreen
- Grip: PU
- Cuff: Knit Wrist
- Sizes: M-2XL
- Packed: 120 Pair/Case
21 Gauge A3 Sandy Nitrile Graphene Gloves
- Liner: 21 gauge graphene gloves
- Standards: 4X42C & A3
- Coating Coverage: Palm & Fingers
- Add: Thumb Reinforcement & Touchscreen
- Grip: Sandy Nitrile
- Cuff: Knit Wrist
- Sizes: M-2XL
- Packed: 120 Pair/Case
21 Gauge A4 Sandy Nitrile Graphene Gloves
- Liner: 21 gauge graphene gloves
- Standards: 4X42D & A4
- Coating Coverage: Palm & Fingers
- Add: Thumb Reinforcement & Touchscreen
- Grip: Sandy Nitrile
- Cuff: Knit Wrist
- Sizes: M-2XL
- Packed: 120 Pair/Case
What can BullSafety customise for you?
Three reasons to choose Bullsafety as your reliable graphene gloves supplier
Knitting Counts
Cut Resistance
Levels from European Cut A to Cut F and United States ANSI A1 to A9 are provided. These standards ensure necessary protection. Customers can choose the appropriate level based on their safety requirements.
Color
BullSafety provide customizable dipping and liner colors to suit your preferences and requirements, giving you the flexibility to tailor the gloves to your unique specifications.
Simplify Your Custom Glove Production Process with BullSafety
At BullSafety, we’ve made the customization of your hand protection solutions as easy as possible. Our seamless, four-step process ensures that you receive full support throughout the journey of creating your custom gloves, from design to production.
Define Usage Needs
Share the details of your working environment. Includes temperature, exposure to chemicals, abrasion levels, and overall hand safety requirements. We’ll ensure the materials are perfectly suited to meet the your demands.
Specify Application
Clearly outline the purpose your gloves will serve. Whether it’s for heavy-duty work, high dexterity tasks, or protection from specific hazards, our team will ensure the design fits your needs exactly.
Select Protection Features
Choose the protection levels that best suit your needs. From cut-resistant properties to enhanced grip and comfort, we can integrate the right features for maximum safety and performance.
Finalizing Design & Specifications
Submit your designs, dimensions, and preferences. We’ll refine the specifications and ensure your gloves are manufactured to your exact requirements, ensuring they perform just as you envisioned.
Precision Manufacturing for Reliable PPE
Your Definitive Guide to Graphene Gloves
Protective gloves play a vital role across multiple industries, including construction, manufacturing, automotive, healthcare, and oil and gas.
Whether you’re planning to import gloves for your projects or considering entering the local wholesale distribution market, this guide is carefully designed to provide you with the essential information and insights you need to make well-informed decisions.
Chapter 1
What are Graphene Gloves?
Graphene gloves are a groundbreaking innovation in personal protective equipment (PPE). These gloves are made from graphene, a single layer of carbon atoms arranged in a honeycomb structure. Graphene is incredibly strong, light, and flexible, making it the perfect material for high-performance gloves that offer both protection and comfort.
Graphene gloves are made from a highly advanced material—graphene. They are strong, lightweight, and flexible, offering superior protection for a variety of tasks.
Graphene’s remarkable properties have sparked curiosity about its safety and performance. Let’s dive deeper into the science behind these gloves and answer some key questions about their capabilities.
Chapter 2
Is Graphene Safe to Wear?
Safety is always a top concern when choosing protective gear. But how safe are graphene gloves for regular use?
Yes, graphene gloves are generally safe to wear. The material is non-toxic and poses no significant risks when used properly.
Graphene, a naturally occurring substance, is considered non-toxic. Numerous studies confirm that graphene does not pose harmful health risks, particularly when it is embedded in materials like gloves. When produced and processed correctly, graphene is unlikely to cause skin irritation or any adverse reactions. However, as with all new materials, it is essential to buy from reputable manufacturers who comply with safety regulations and testing standards.
Chapter 3
Are Graphene Gloves Heat Resistant?
Heat resistance is another important factor to consider in safety gloves. Are graphene gloves capable of protecting against high temperatures?
Graphene gloves are moderately heat-resistant. However, they are often combined with other heat-resistant materials to enhance their performance.
Graphene itself is an excellent conductor of heat, meaning it doesn’t provide much inherent heat resistance on its own. However, many graphene gloves are designed with additional materials, such as Kevlar or aramid fibers, to offer better heat protection. For example, gloves used in welding or high-heat environments may integrate graphene for strength while relying on other materials for thermal protection.
Here’s a quick comparison of different glove materials’ heat resistance:
| Material | Heat Resistance | Common Applications |
|---|---|---|
| Graphene | Moderate | Manufacturing, light welding |
| Kevlar | High | Heavy-duty welding, foundry work |
| Aramid fibers | Very high | Extreme heat environments |
Chapter 4
Are Graphene Gloves Heat Resistant?
Graphene gloves are unique, but what exactly are they made of? Let’s break down their composition.
Graphene gloves are made from a combination of graphene and other materials like nylon, elastane, or nitrile to enhance their strength, flexibility, and comfort.
The main component of graphene gloves is, of course, graphene. The material is usually coated on a fabric such as nylon or polyester to combine its strength with the flexibility of the fabric. Additional materials like elastane may be added for stretch, while nitrile or latex coatings provide additional protection against chemicals or abrasion. Some advanced designs also integrate microfibers or specialized yarns for enhanced comfort and dexterity.
Here’s a typical glove composition breakdown:
| Component | Purpose |
|---|---|
| Graphene | Strength, flexibility, conductivity |
| Nylon/Polyester | Durability, stretch |
| Elastane | Comfort, fit |
| Nitrile/latex | Chemical resistance |
Chapter 5
Is Graphene Stronger than Graphite?
Graphene is often compared to graphite. So, is it stronger than graphite?
Yes, graphene is significantly stronger than graphite. Graphene is a single layer of carbon atoms, whereas graphite consists of many stacked layers of graphene.
Graphene’s structure—one single layer of carbon atoms—is what gives it such impressive strength. It’s often considered 100 times stronger than steel but much lighter and more flexible. Graphite, on the other hand, consists of multiple graphene layers stacked on top of each other. These layers are bonded loosely, which makes graphite more brittle and less durable than graphene. This strength is why graphene is a key material for manufacturing high-performance protective gear like gloves.
Chapter 6
What Are Kyorene Gloves?
You may have heard of Kyorene gloves, often mentioned in the same breath as graphene. What exactly are Kyorene gloves?
Kyorene gloves are made from Kyorene fiber, a material known for its strength and resistance to cuts, similar to graphene gloves.
Kyorene is a synthetic fiber known for its high tensile strength and resistance to cuts and abrasions. Kyorene gloves offer durability and protection in harsh environments. While not made from graphene, Kyorene is often compared to graphene due to its high performance in protective gear. Some manufacturers even combine both Kyorene and graphene to create hybrid gloves with superior strength and flexibility.
Chapter 7
What Are Graphene Gloves Used For?
With their advanced material properties, graphene gloves have a variety of applications. But what are they typically used for?
Graphene gloves are used in industries like manufacturing, automotive, healthcare, and welding, providing strength, comfort, and protection.
Graphene gloves are versatile and can be used in many industries. They are often used in environments where workers need high levels of protection, such as construction, welding, automotive repair, and mining. The gloves’ strength helps protect against cuts, punctures, and abrasions, while their flexibility ensures comfort during long hours of use. In healthcare settings, graphene gloves are gaining traction for their ability to provide a high degree of dexterity, making them suitable for tasks that require fine motor skills, such as laboratory work.
Chapter 8
What’s the Difference Between Graphene Gloves and Cut-Resistant Gloves?
Many people confuse graphene gloves with cut-resistant gloves. What makes them different?
Graphene gloves offer superior strength and flexibility compared to cut-resistant gloves, which are often made with materials like Kevlar or steel fibers.
Cut-resistant gloves are specifically designed to protect against cuts and punctures, often made from materials like Kevlar, steel, or Dyneema. While they are effective at providing cut resistance, these gloves can sometimes be bulky or uncomfortable for tasks requiring dexterity. Graphene gloves, on the other hand, offer the same level of cut protection but are thinner, lighter, and more flexible. This makes them ideal for jobs that require both strength and fine motor skills. In addition, graphene’s lightweight nature improves comfort, making these gloves more suitable for extended use.
Chapter 9
Conclusion
Graphene gloves are a powerful addition to the world of personal protective equipment, offering unmatched strength, flexibility, and comfort. Whether you need cut-resistant protection, heat resistance, or just a versatile glove for demanding tasks, graphene gloves are designed to meet the toughest challenges.
Here are 10 frequently asked questions (FAQ) about graphene gloves
Graphene gloves are a cutting-edge innovation in personal protective equipment (PPE), combining the unique properties of graphene with the durability and flexibility required for tough working environments. With benefits like increased strength, flexibility, and temperature regulation, these gloves are quickly becoming a top choice for industries ranging from construction to electronics. In this FAQ, we’ll address the most common questions about graphene gloves to help you understand their advantages and applications.
What are graphene gloves made of?
Graphene gloves are typically made by incorporating graphene, a single layer of carbon atoms, into the fabric or coating of the gloves. This makes the gloves lightweight, durable, and highly conductive.
What are the benefits of graphene gloves
Graphene gloves offer numerous benefits, including increased strength, improved flexibility, enhanced touch sensitivity, and better resistance to wear and tear. They also have excellent thermal and electrical conductivity.
Are graphene gloves cut-resistant?
Yes, graphene gloves are often designed with cut-resistant properties. Graphene’s strength and flexibility help make the gloves resistant to cuts and abrasions, providing extra protection in high-risk environments.
How do graphene gloves compare to traditional work gloves?
Compared to traditional work gloves, graphene gloves are typically lighter, more durable, and offer superior flexibility. They also provide enhanced breathability and comfort, while maintaining a high level of protection.
Can graphene gloves protect against extreme temperatures?
Yes, graphene has excellent thermal conductivity properties, making graphene gloves effective in both hot and cold environments. They can help regulate temperature, keeping your hands cooler in hot conditions and warmer in cold conditions.
Are graphene gloves waterproof?
While graphene itself is not inherently waterproof, many graphene gloves are treated with additional coatings or materials that make them water-resistant or waterproof, depending on the design.
Do graphene gloves provide good grip?
Yes, graphene gloves offer excellent grip due to their high friction surface, making them ideal for tasks that require precision, such as handling small parts or tools.
How durable are graphene gloves?
Graphene gloves are highly durable, thanks to the inherent strength of graphene. They resist wear and tear better than many traditional gloves, and can last longer under heavy use, especially in demanding environments.
Are graphene gloves suitable for all industries?
Graphene gloves are suitable for a wide range of industries, including manufacturing, construction, automotive, electronics, and healthcare. Their versatility makes them ideal for environments that require both dexterity and protection.
Can graphene gloves be customized with a logo or design?
Yes, Bullsafety offer customization options for graphene gloves. You can add logos, brand names, or specific designs to suit your company’s needs.
