Nitrile gloves are made from Acrylonitrile-butadiene, a synthetic polymer. It is made from synthetic rubber which is non-latex and protein free, hence suitable for users who are sensitive to natural rubber proteins. Soft formulation or low modulus nitrile gloves provides excellent feel, fit, comfort and flexibility to users and reduces hand fatigue. It has good resistance to oil, grease and wide range of toxic chemicals and solvents. Nitrile gloves posses high abrasion and puncture resistance properties. Its elasticity is good but less superior as compared to natural rubber. It is generally more costly than natural rubber gloves.
| Code | Description | Size | |
|---|---|---|---|
| 1234 | Nitrile Examination Gloves | X-Small | |
| 12345 | Nitrile Examination Gloves | Small | |
| 123456 | Nitrile Examination Gloves | Medium | |
| 1234567 | Nitrile Examination Gloves | Large | |
| 12345678 | Nitrile Examination Gloves | X-Large | |
| Brand | Garrison | ||
PRODUCT SPECIFICATIONS
Type: Non-sterile, powdered or powderfree
Material: Synthetic Nitrile
Design & Features: Ambidextrous; fully textured; beaded cuff; natural white or coloured blue.
Storage: The gloves shall maintain their properties when stored in a dry condition at temperature
higher than 30C.
Moisture Content: Below 0.8% per glove.
Shelf-life: 5 years from date of manufacturing.
FUNCTIONAL BENEFITS
- Protection from unwanted and dangerous substances.
- Beaded cuff ensures easy donning and prevent roll down.
- Superior strength with better puncture resistance.
- Full textured enhances wet and dry grip.
- Thinner gauge improves tactile sensitivity.
- Custom design enhances comfort and fit.
- Provide an alternative solution for individuals who are allergic to natural rubber latex.
QUALITY STANDARDS
- Conforms to ASTM D6319 (00aє3) and EN455 Standards.
- Manufactured under QSR (GMP) and ISO9001 : 2008 Quality Management System.
- Biocompatibility tested or biocompatibility friendly.
- Manufactured from 100% Nitrile (Acrylonitrile-butadiene).
- Resists permeation by a widen range of chemicals as compared to natural rubber latex of the same thickness.