HD-ESD System offers a polyester with carbon yarn stripe fabric.
Acceptable for aseptic environments, this static dissipative apparel
program is constructed of Maxima® High Density ESD. HD-ESD
garments can be worn in a variety of industries which include
pharmaceutical, biotechnical, biological and good processing. Designed
for cleanrooms up to and including Class 10 (ISO 4), where bacterial
filtration, static charges, particulate and fluid resistance needs to be
controlled.
Polyester Maxima® High Density ESD
Zipper closure
Anti-static knit cuffs
Two-ply reinforced placket
Adjustable snaps at collar ankles
Three vertical snaps on back of legs for adjustable boot
attachment
HD-ESD System - Raglan Sleeve Coverall, Color:
Blue, Size: XS
1955-S
HD-ESD System - Raglan Sleeve Coverall, Color:
Blue, Size: S
1955-M
HD-ESD System - Raglan Sleeve Coverall, Color:
Blue, Size: M
1955-L
HD-ESD System - Raglan Sleeve Coverall, Color:
Blue, Size: L
1955-XL
HD-ESD System - Raglan Sleeve Coverall, Color:
Blue, Size: XL
LSA System - Raglan Sleeve Coveralls
LSA System is constructed with static dissipative Integrity®
1800, a polyester with a carbon yarn stripe fabric that is treated with
Microbe Shield®. Durable, non-leaching, antimicrobial Microbe
Sheild® inhibits the growth of gram positive and negative
bacteria as well as mold and mildew. LSA garments can be worn in a
variety of life science applications that include biotechnical,
biological and pharmaceutical industries. Found in cleanrooms up to and
including Class 10 (ISO 4), where migration, chemical resistance, static
discharge and particulates are a major concern.
Polyester Integrity®
Zipper closure
Anti-static knit cuffs
Two-ply reinforced placket
Adjustable snaps at collar ankles
Three vertical snaps on back of legs for adjustable boot
attachment
Material is highly fluid repellent and contains a durable
antimicrobial treatment to inhibit bacteria growth and reduce
bioburden.
Gamma compatible and autoclavable
Characteristics
Results
Tests
Weave
Plain
Visual
Carbon Configuration
Stripe
Visual
Weight
2.8 oz/yd2
ASTM-D-3775
Air Permeability
1 cfm/ft2
ASTM-D-737
MVT
1100 g/m2/24 hrs
ASTM-D-95B
Suter Hydrostatic
800 mm
AATCC-127
Surface Resistivity
108 - 109 ohm/sq
AATCC-76
Select part number from the following table:
1957-XS
LSA System - Raglan Sleeve Coverall, Color:
Blue, Size: XS
1957-S
LSA System - Raglan Sleeve Coverall, Color:
Blue, Size: S
1957-M
LSA System - Raglan Sleeve Coverall, Color:
Blue, Size: M
1957-L
LSA System - Raglan Sleeve Coverall, Color:
Blue, Size: L
1957-XL
LSA System - Raglan Sleeve Coverall, Color:
Blue, Size: XL
C3 System - Raglan Sleeve Coveralls
SC-3 System is engineered to meet up toa Class 10 (ISO4)
cleanroom's rigid demands for the microelectronics, semiconductor, disk
drive, laser and similar industries. This polyester with carbon grid,
Burlington C3® high density apparel system is designed to
quard against airborne particles and to dissipate static charges.
Polyester Burlington C3®
Zipper closure
Anti-static knit cuffs
Two-ply reinforced placket
Adjustable snaps at collar ankles
Three vertical snaps on back of legs for adjustable boot
attachment
Color-coded hang loop denotes size
Unisex Sizes XS-XL (2XL-5XL on request)
Technical Information
Densely woven, static dissipative fabric made of 99% Polyester
/ 1% Carbon Yarn.
Excellent durability
Characteristics
Results
Tests
Weave
Plain
Visual
Carbon Configuration
Grid
Visual
Weight
2.9 oz/yd2
ASTM-D-3775
Air Permeability
3.7 cfm/ft2
ASTM-D-737
MVT
1098 g/m2/24 hrs
ASTM-E-96D
Surface Resistivity
107 ohms/sq
AATCC-76
Select part number from the following table:
1911-XS
C3 System - Raglan Sleeve Coverall, Color: Blue,
Size: XS
1911-S
C3 System - Raglan Sleeve Coverall, Color: Blue,
Size: S
1911-M
C3 System - Raglan Sleeve Coverall, Color: Blue,
Size: M
1911-L
C3 System - Raglan Sleeve Coverall, Color: Blue,
Size: L
1911-XL
C3 System - Raglan Sleeve Coverall, Color: Blue,
Size: XL
Interested
Companies to distribute these products in their countries are welcome
to contact: czes@bokar.com or call
USA at (570) 842-2812
