Global Glove 8660 FrogWear Triple Dipped PVC Chemical Handling Gloves are designed to provide reliable chemical resistance while preserving dexterity for precise handling tasks. The gloves achieve this balance through a triple-dipped PVC coating, which creates a protective layer suited for a range of chemical contact scenarios. The PVC formulation is noted for retaining flexibility in cold temperatures, supporting use in cooler environments without sacrificing tactile control.
The construction emphasizes protection at the palm and fingers where chemical exposure is most likely, while maintaining a pliant fit to support steady manipulation of small parts and tools. This balance is particularly useful in settings where hands encounter various liquid hazards and require steady grip and finger dexterity. Although the product data does not specify additional materials beyond the PVC coating, the triple-dip process is a recognized approach to enhance barrier properties without substantial loss of flexibility.
For practical procurement and usage considerations, these gloves are packaged as a dozen per package and are sold in cases of six dozen pairs. This packaging arrangement fits common maintenance, supply, and stocking routines in facilities handling routine chemical tasks. The gloves are categorized under General Purpose Gloves with a chemical-resistant emphasis, and they are suitable for applications that require a workable combination of chemical resistance and dexterity. When selecting a glove for a specific chemical exposure, consider the glove’s coating compatibility with the chemical species and exposure duration, and verify any required performance standards or size availability through the supplier’s product documentation.
Features:
- Good overall chemical resistance
- PVC coating for protection
- Sold by the dozen
- Case quantity: 6 dozen pairs per case
- Designed for chemical handling tasks
- Global Glove FrogWear line familiarity
- Coating:
- PVC
- Package Size:
- Dozen
- Case Quantity:
- 6 Dozen Pair/Case
