Skip to main content
Ansell Isolator Gloves Sterile Barrier Gloves for Pharmaceutical Isolators, RABS & Containment Systems Ansell isolator gloves are engineered for use in pharmaceutical isolators, restricted access barrier systems (RABS), aseptic processing lines, and high-containment manufacturing environments. These long-cuff gloves form a sealed barrier between operators and controlled processing chambers, supporting sterile manufacturing, cytotoxic drug handling, and contamination-controlled production workflows. ▼ EXPAND TECHNICAL REFERENCE
Glove Systems for Pharmaceutical Isolators & Containment Enclosures
Isolator gloves serve as the primary interface between operators and sealed processing chambers used in sterile pharmaceutical manufacturing, biotechnology production, and hazardous drug handling. These gloves are permanently mounted to isolator ports, allowing operators to manipulate materials within the controlled chamber while maintaining complete physical separation from the internal environment.
Ansell isolator gloves are widely used in pharmaceutical aseptic filling lines, compounding isolators, cytotoxic drug preparation areas, and research laboratories that require both contamination control and operator protection. Materials commonly include neoprene, EPDM, CSM, and other specialized elastomers selected for durability and chemical compatibility.
These gloves are engineered for extended use and repeated disinfection cycles, providing reliable barrier protection while maintaining flexibility for precise manipulation of sterile components and pharmaceutical products.
Common Isolator Glove Materials
Neoprene:
Offers strong chemical resistance and flexibility. Often selected for pharmaceutical isolators where disinfectant exposure is frequent.
EPDM (Ethylene Propylene Diene Monomer):
Provides excellent resistance to oxidizing chemicals and disinfectants used in aseptic manufacturing.
CSM / Hypalon®:
Used in containment systems requiring resistance to aggressive chemicals and environmental durability.
Butyl Rubber:
Provides exceptional resistance to gases and hazardous chemicals used in high-containment environments.
Fast Selection Guidance
  • Pharmaceutical aseptic isolators: sterile neoprene or EPDM isolator gloves.
  • Cytotoxic drug handling: chemical-resistant isolator glove materials.
  • RABS systems: durable elastomer gloves supporting repeated disinfectant exposure.
  • Biotechnology research isolators: flexible gloves enabling precise manipulation.
  • High containment laboratories: barrier gloves providing strong chemical resistance.
Isolator Glove Performance Factors
  • Chemical Compatibility: glove material must resist disinfectants, solvents, and pharmaceutical compounds.
  • Barrier Integrity: isolator gloves must maintain sealed containment with no pinholes or defects.
  • Mechanical Durability: materials designed to withstand repeated manipulation and cleaning cycles.
  • Dexterity & Flexibility: gloves must allow precise handling of sterile components.
  • Port Compatibility: gloves must match isolator port size and mounting ring specifications.
Typical Applications
  • Pharmaceutical aseptic filling isolators
  • USP <797> sterile compounding isolators
  • USP <800> hazardous drug containment systems
  • Restricted Access Barrier Systems (RABS)
  • Biotechnology laboratory isolators
  • Medical device sterile manufacturing
  • High containment laboratory gloveboxes
Isolator Glove Best Practices
  • Inspect isolator gloves regularly for pinholes or material degradation.
  • Replace gloves according to facility maintenance schedules.
  • Confirm compatibility with disinfectants used in the isolator.
  • Ensure proper installation with compatible port rings.
  • Document glove changes under facility quality systems.
Need Help Selecting Ansell Isolator Gloves?
Contact our cleanroom and containment specialists at Sales@SOSsupply.com or call (214) 340-8574.
SOSCleanroom Disclaimer
This information is provided for general educational purposes regarding isolator gloves used in pharmaceutical, laboratory, and containment environments. Product selection should align with facility containment requirements, chemical compatibility needs, and regulatory standards. Users are responsible for verifying suitability within their validated manufacturing or laboratory systems.

```