
( Brand: Ansell ), ( Manufacturer Part Number: 012-37-175-8 ), ( Part Type: Glove )
The 012-37-17.63 and 012-37-175-8 unsupported nitrile glove gloves, manufactured by Ansell Sol-Vex, are designed for professionals who require superior protection against common chemical and industrial hazards. These gloves are made from high-quality nitrile, a synthetic rubber known for its exceptional resistance to oil, acid, and base.
The 012-37-17.63 model features a textured grip surface, enhancing user control and reducing the risk of slippage, even in wet or oily environments. Its elongated cuff design provides an additional layer of protection against chemical splash and ensures a secure fit, preventing potential contaminants from entering the glove.
The 012-37-175-8 model, on the other hand, offers a smooth finish for applications that require a more delicate touch. It maintains the same chemical resistance as its textured counterpart, making it an excellent choice for tasks involving fine motor skills or handling sensitive materials.
Both models are unsupported, meaning they do not have an internal liner or reinforcement. This lighter weight design allows for increased dexterity and comfort, making them ideal for prolonged wear. They are also latex-free, making them a suitable alternative for individuals with latex allergies.
Ansell Sol-Vex is a renowned brand known for its commitment to safety and innovation. These gloves are no exception, offering reliable protection and durability in a wide range of industrial and chemical handling applications.
Pros of buying Ansell Sol-Vex 012-37-17.63 and 012-37-175-8 unsupported nitrile gloves:1. Durability: Ansell Sol-Vex gloves are made of high-quality nitrile material, which provides excellent resistance to punctures and tears, making them ideal for heavy-duty applications.
2. Chemical Resistance: These gloves offer excellent chemical resistance, making them suitable for handling various chemicals, solvents, and oils.
3. Comfort: The gloves have a textured grip, which provides a secure and comfortable fit, reducing the risk of hand fatigue.
4. Flexibility: Ansell Sol-Vex gloves are designed to provide maximum flexibility, allowing for easy movement and dexterity.
5. Size Availability: They are available in various sizes to accommodate different hand sizes.
Cons of buying Ansell Sol-Vex 012-37-17.63 and 012-37-175-8 unsupported nitrile gloves:1. Price: High-quality nitrile gloves like Ansell Sol-Vex can be more expensive compared to other types of gloves.
2. Limited Sensitivity: While nitrile gloves offer excellent protection, they can reduce sensitivity in the hands, making fine motor tasks more challenging.
3. Breathability: Nitrile gloves can be less breathable than other materials, leading to sweating and discomfort in prolonged use.
4. Potential Allergic Reactions: Some individuals may have allergic reactions to nitrile, causing skin irritation.
Conclusion:Ansell Sol-Vex 012-37-17.63 and 012-37-175-8 unsupported nitrile gloves are an excellent choice for individuals who require heavy-duty protection against chemicals and punctures. The gloves' durability, chemical resistance, and textured grip make them suitable for various applications. However, the high cost, reduced sensitivity, and potential allergic reactions are some factors to consider before making a purchase. It is recommended to test the gloves for fit and comfort before committing to a large order.
Recommendation:For individuals who need heavy-duty protection, Ansell Sol-Vex 012-37-17.63 and 012-37-175-8 unsupported nitrile gloves are a good investment. To ensure a proper fit and minimize potential issues, try on a pair before purchasing in bulk. Additionally, consider other factors such as cost and the specific application requirements to determine if these gloves are the best fit for your needs.
63 sol vex nitrile gloves size 8 sol vex unsupported nitrile gloves size 8 gloves do not promote contact dermatitis.
High performance nitrile compound which provides an outstanding combination of strength and chemical resistance.