Micro-Touch Micro-Thin PF Nitrile Glove Large 300/Bx
- VendorAnsell Perry
Micro-Touch Micro-Thin PF Nitrile Glove Large 300/Bx
- VendorAnsell Perry
$20.04
- Large size ergonomic fit
- Micro-thin nitrile construction
- Powder-free latex alternative
- Quantity: 300 gloves per box
- Textured fingertips grip control
The Ansell Perry Micro-Touch Micro-Thin PF Nitrile Glove Large 300/Bx are large-sized, ultra-thin powder-free nitrile examination gloves designed to deliver exceptional tactile sensitivity while maintaining dependable barrier protection in high-volume clinical environments. Engineered with a micro-thin construction, these gloves allow enhanced touch perception for detailed restorative procedures, periodontal instrumentation, surgical assistance, and precision laboratory handling where refined finger control is critical.
Despite their thinner profile, the advanced nitrile formulation provides reliable resistance against common contaminants and procedural chemicals, supporting infection prevention protocols without sacrificing dexterity. If you are wondering what the Ansell Perry Micro-Touch Micro-Thin PF Nitrile Glove Large 300/Bx are used for, they are the best large micro-thin nitrile exam gloves for clinicians who require heightened sensitivity during intricate chairside tasks while maintaining protective integrity. The powder-free design reduces particulate transfer and supports safe use in environments sensitive to latex-related reactions.
A textured fingertip finish enhances instrument stability when working in moist conditions, helping maintain grip during scaling, polishing, or impression placement. The high-count 300-glove box format supports busy practices by reducing replacement frequency and streamlining inventory control in multi-operatory settings. The large sizing offers comfortable coverage for broader hands while preserving flexibility and ergonomic movement.
They are also the best high-count thin nitrile dental gloves for practices seeking superior tactile feedback, efficient bulk packaging, and dependable protective performance throughout extended clinical schedules.