ChemDefend® 250 Disposable Protective Clothing

The ChemDefend® 250 range of protective coveralls are constructed from a microporous polyethylene barrier film glued to the latest generation of spunbond polypropylene ( SBPP). The PP fibres are spun at a low dtex producing a high density of fine fibres per square metre, creating a lightweight and strong, but breathable material. The barrier and repellency to liquid chemicals and biological agents is excellent. This material is coated with an electrostatic dissipative layer.

Brand:
Chemdefend
Category
Disposable Protective Clothing
Share:
Request a quote
  • EN1073-2:2002 – Protective clothing against radioactive particulate contamination.
  • EN1149-5:2008 – Protective clothing with electrostatic dissipative properties.
  • EN14126:2003 – Protective clothing against infective agents and biological hazards.
  • Type 5 – EN ISO 13982-1:2004+A1:2010 – Dry particle protection – suits which provide protection to the full body against airborne solid particles.
  • Type 6 – EN13034:2005+A1:2009 – Reduced spray-suits which offer limited protection against a light spray of liquid chemicals.
Fabric Description: Microporous Polyethylene (PE) Laminate
Fabric Weight: 60 gsm
Seam Type: Bound – which delivers maximum strength and liquid and particle barrier properties.
Colour Options: White

Related products

ChemDefend® 410 Disposable Protective Clothing
ChemDefend® 410 Disposable Protective Clothing
A range of coveralls developed to provide the highest level of chemical barrier against organic and inorganic chemicals and biological hazards. The fabric is highly visible combined with extremely strong material physical properties. All coveralls incorporate taped seams using the same chemical barrier material as used in the main coverall fabric.
ChemDefend® 310 Disposable Protective Clothing
ChemDefend® 310 Disposable Protective Clothing
A range of coveralls developed as entry level Type 3 chemical protection suits, incorporating tape seam technology. Designed for use in applications where there is a high pressure hazard from inorganic chemicals and/or biological hazards or infective agents.