These chairs combine superb cleanliness with static-control features. All metal frame and components are carefully designed for complete static drainage and nonshedding, cleanroom-compatible performance.
These chairs are available in standard and static-dissipative vinyl to meet your requirements. All are noncontaminating; dissipative Microcon vinyl fabric features a surface resistivity for protection against ESD damage in sensitive environments.
These chairs combine superb cleanliness with static-control features. All metal frame and components are carefully designed for complete static drainage and nonshedding, cleanroom-compatible performance.
These chairs combine superb cleanliness with static-control features. All metal frame and components are carefully designed for complete static drainage and nonshedding, cleanroom-compatible performance.
Designed for ESD-sensitive facilities, these Eton Series chairs from BioFit include conductive and static-dissipative upholsteries, static-control casters for mobility, and grounding chains for the frame.
Designed for ESD-sensitive facilities, these Eton Series chairs from BioFit include conductive and static-dissipative upholsteries, static-control casters for mobility, and grounding chains for the frame.
Designed for ESD-sensitive facilities, these Eton Series chairs from BioFit include conductive and static-dissipative upholsteries, static-control casters for mobility, and grounding chains for the frame.
BIOFIT's manufacturing experience result in industrial-strength construction combined with Class-100 cleanroom compatibility. These chairs are designed and built to the most exacting standards of this classification.
BIOFIT's manufacturing experience result in industrial-strength construction combined with Class-100 cleanroom compatibility. These chairs are designed and built to the most exacting standards of this classification.
BIOFIT's manufacturing experience result in industrial-strength construction combined with Class-100 cleanroom compatibility. These chairs are designed and built to the most exacting standards of this classification.
Instead of a filtering system, this chair features a breather lung: a flexible, expandable and collapsible vessel hermetically sealed from the cleanroom environment but open to the air trapped inside the seat.
This combination of materials for covering seats and backs gives Class 10 performance without the need for built-in filters or other devices. They use a porous nylon fiber matrix, laminated with a super-efficient filter media.
This combination of materials for covering seats and backs gives Class 10 performance without the need for built-in filters or other devices. They use a porous nylon fiber matrix, laminated with a super-efficient filter media.
This combination of materials for covering seats and backs gives Class 10 performance without the need for built-in filters or other devices. They use a porous nylon fiber matrix, laminated with a super-efficient filter media.
This combination of materials for covering seats and backs gives Class 10 performance without the need for built-in filters or other devices. They use a porous nylon fiber matrix, laminated with a super-efficient filter media.
These chairs combine superb cleanliness with static-control features. All metal frame and components are carefully designed for complete static drainage and nonshedding, cleanroom-compatible performance.