Ansell 93-360 Green Powder-Free Neoprene Disposable Gloves, Size 8.5-9, Large, 50 per Pack

This disposable glove is designed specifically for controlled environments. Ideal for professionals in sectors such as electronics, pharmaceuticals, and biotechnology, these gloves provide effective protection while maintaining dexterity and comfort. Made from a nitrile and neoprene composite, they eliminate the risk posed by latex allergies and are suitable for various tasks that require a sterile and clean handling process.

• Superior three-layer design protects against harsh chemicals
• Proprietary formulation enhances comfort and dexterity
• Silicone-free to prevent Type I latex allergy risks
• Anti-static properties reduce contamination in sensitive tasks
• Powder-free for cleaner handling and easier donning

• Suitable for cleanroom cleaning and preparation tasks
• Often employed in blending and compounding of materials
• Can be used for spill and leakage clean-up activities
• Applicable in the assembly of electronic components
• Ideal for weighing and dispensing solid and liquid raw materials

The anti-static properties help prevent the build-up of static electricity, which can lead to contamination or damage to sensitive electronic components, making them essential for work in controlled environments.

Yes, the three-layer design offers excellent protection against various harsh chemicals, including acids and solvents, while the compliant safety standards ensure they are effective for such applications.

It is advisable to store gloves in their original packaging, away from direct sunlight and in a dry place. This approach prevents degradation and maintains both performance and quality over time.

Yes, the gloves are designed for comfort and tactile sensitivity, promoting ease of movement and reducing fatigue, making them practical for extended use in demanding tasks.

Powder-free gloves prevent contamination that can arise from glove powders, ensuring safer handling of sensitive components or materials in cleanroom and medical environments.