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Isolator Gloves Barrier Gloves for Isolators, RABS Systems & Controlled Containment Environments Isolator gloves are specialized barrier gloves permanently mounted to isolators, gloveboxes, and Restricted Access Barrier Systems (RABS). These gloves allow operators to safely manipulate materials inside sterile or contained environments while maintaining separation between the operator and the process. ▼ EXPAND TECHNICAL REFERENCE
Critical Barrier Protection for Isolator Operations
Isolator gloves serve as a primary barrier between operators and the controlled environment inside isolators, gloveboxes, and containment systems. They allow safe manipulation of materials, tools, and components within sterile or hazardous environments without compromising containment or environmental control.
These gloves are commonly used in pharmaceutical aseptic processing, sterile drug compounding, semiconductor manufacturing, nuclear research, biotechnology laboratories, and hazardous chemical handling operations. The glove port system provides sealed integration between the glove and the isolator wall to maintain environmental integrity.
Because isolator gloves form part of the containment boundary, proper material selection, inspection procedures, and replacement schedules are critical to maintaining system performance and regulatory compliance.
Common Isolator Glove Materials
CSM (Hypalon) Gloves:
Highly durable gloves offering excellent chemical resistance and mechanical strength. Frequently used in pharmaceutical and nuclear containment environments.
Neoprene Gloves:
Flexible material providing good chemical resistance and durability for general isolator applications.
EPDM Gloves:
Resistant to many disinfectants and sterilization chemicals used in pharmaceutical environments.
Natural Rubber or Latex Gloves:
Offer excellent dexterity and tactile sensitivity where fine manipulation is required.
Fast Selection Guidance
  • Aseptic pharmaceutical isolators: EPDM or CSM barrier gloves.
  • Chemical handling isolators: high chemical-resistance materials such as CSM.
  • High dexterity operations: latex or flexible neoprene gloves.
  • Frequent sterilization cycles: materials compatible with disinfectants and sterilants.
  • Hazardous drug handling: gloves validated for containment systems.
Isolator Glove Performance Considerations
  • Barrier Integrity: gloves must maintain a sealed interface with the isolator port.
  • Chemical Resistance: compatibility with disinfectants, sterilants, and process chemicals.
  • Dexterity: glove flexibility impacts operator performance.
  • Durability: resistance to punctures, abrasion, and mechanical stress.
  • Sterilization Compatibility: materials must tolerate routine sterilization cycles.
Typical Applications
  • Pharmaceutical aseptic processing isolators
  • Sterile drug compounding systems
  • Hazardous drug preparation environments
  • Biotechnology and research laboratories
  • Nuclear containment gloveboxes
  • Chemical handling isolators
  • Semiconductor manufacturing systems
Inspection & Replacement Practices
  • Perform routine visual inspection before each use.
  • Conduct glove integrity testing per facility SOPs.
  • Replace gloves showing signs of wear, cracking, or puncture.
  • Maintain documented replacement schedules.
  • Verify proper installation with isolator glove ports.
Need Help Selecting Isolator Gloves?
Contact our contamination-control specialists at Sales@SOSsupply.com or call (214) 340-8574.
SOSCleanroom Disclaimer
This information is provided for general educational purposes regarding isolator glove systems and containment barrier equipment. Product selection should align with facility containment requirements, equipment specifications, and regulatory standards. Users are responsible for validating glove compatibility and performance within their isolator systems.