Mach 777

Dromex® MACH-777 Nitrile micro foam palm coated, CUT5, high dexterity, high impact absorbing and high visibility mechanical gloves protects the hands against abrasion, cut, and impact with enhanced tear resistance properties. Nitrile micro foam is breathable and provides protection even in oil and dirty working conditions. MACH-777 multifunctional mechanical glove features a high visibility warning patch on the cuff along with high visibility TPR (Thermo Plastic Rubber) impact protection on the back of the hand and fingers that helps with visibility in dark areas. The nitrile micro foam coating on the palm offers oil resistance and grip, whilst the waterproof neoprene cuff is comfortable and flexible in wet conditions. The soft dual density TPR ribs on the back of the hand and fingers run all the way to the fingertips and to the end of the thumb, in order to absorb the energy from a blow and directs it along the length of the glove, reducing the risk of
serious injury. Designed to address and reduce the three biggest hand injuries of hairline fractures, bruising blows and pinched fingers. Suitable for use when working with heavy machinery and applications, where visibility is required. Used in the mining, automotive, assembly, packaging and warehousing, both indoor and outdoor industries.

Special Instructions
Although the manufacturer has examined these gloves under the system for ensuring quality of production by means of monitoring and inspection, we recommend that all gloves should be thoroughly inspected before use to ensure no damage is present. None of the materials or processes used in the manufacture of these products are known to be harmful to the wearer. The gloves and information contained herein are designed to accommodate the basic safety requirements and standards for Personal Protective Equipment. Actual conditions of use cannot be directly simulated in a test environment, therefore it is the responsibility of the user and not the manufacturer or supplier to determine the suitability for intended use.