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Style Design
• Adjustable wrap-around tie style
Material
• Sweat absorbent kaycel with PSB top.
Tie Design
• Universal sizing adjustable ties.
Thickness according to ASTM D3767
Measurement of the thickness of the glove materials at the finger and palm.
Palm: 0.05mm min.
Exceeded
Finger: 0.05mm min.
Exceeded
Length according to ASTM D3767
Measurement of the total length of the glove
230mm min.
Exceeded
Elongation according to ASTM D412
Measurement of the stretchability of the material. This test shows the breaking point of the material when it is stretched.
Before Aging: 500%
Exceeded
After Aging: 400%
Exceeded
Tensile Strength according to ASTM D412
Measurement of the amount of force applied to the material before it breaks. The higher tensile strength the greater force it takes to break a material of the same thickness.
Before Aging: 14 MPa
Exceeded
After Aging: 14 MPa
Exceeded
Water Leak according to ASTM D5151
Uses a water leak test to determine the amount of holes in gloves. The lower the AQL level the better quality of gloves.
AQL: 2.5
Exceeded
Powder Residue according to ASTM 6124
Determines the amount of residual powder on the glove material. A powder-free glove should have less than the ASTM minimum to be able to meet the standard.
< 2 mg
Exceeded
Thickness according to ASTM D3767
Measurement of the thickness of the glove materials at the finger and palm.
Palm: 0.08mm min.
Exceeded
Finger: 0.08mm min.
Exceeded
Length according to ASTM D3767
Measurement of the total length of the glove
230mm min.
Exceeded
Elongation according to ASTM D412
Measurement of the stretchability of the material. This test shows the breaking point of the material when it is stretched.
Before Aging: 300%
Exceeded
After Aging: 250%
Exceeded
Tensile Strength according to ASTM D412
Measurement of the amount of force applied to the material before it breaks. The higher tensile strength the greater force it takes to break a material of the same thickness.
Before Aging: 11 MPa
Exceeded
After Aging: 9 MPa
Exceeded
Water Leak according to ASTM D5151
Uses a water leak test to determine the amount of holes in gloves. The lower the AQL level the better quality of gloves.
AQL: 2.5
Exceeded
Powder Residue according to ASTM 6124
Determines the amount of residual powder on the glove material. A powder-free glove should have less than the ASTM minimum to be able to meet the standard.
< 2 mg
Exceeded
Thickness according to ASTM 3767
Measurement of the thickness of the glove materials at the finger and palm.
Palm: 0.08mm min.
Exceeded
Finger: 0.05mm min.
Exceeded
Length according to ASTM 3767
Measurement of the total length of the glove
230mm min.
Exceeded
Elongation according to ASTM D412
Measurement of the stretchability of the material. This test shows the breaking point of the material when it is stretched.
Before Aging: 650%
Exceeded
After Aging: 500%
Exceeded
Tensile Strength according to ASTM D412
Measurement of the amount of force applied to the material before it breaks. The higher tensile strength the greater force it takes to break a material of the same thickness.
Before Aging: 18 MPa
Exceeded
After Aging: 14 MPa
Exceeded
Water Leak according to ASTM D5151
Uses a water leak test to determine the amount of holes in gloves. The lower the AQL level the better quality of gloves.
AQL: 2.5
Exceeded
Powder Residue according to ASTM 6124
Determines the amount of residual powder on the glove material. A powder-free glove should have less than the ASTM minimum to be able to meet the standard.
<2 mg
Exceeded
Viral Penetration according to ASTM F1671
Measurement of the resistance of the glove material to potentially infectious body fluids breaking through the material.
Pass
Pass
Chemotherapy Drug Permeation according to ASTM D6978
Measure the time it takes for a chemotherapy agent to permeate through the glove material.
Pass
This glove has been tested for Chemotherapy Drugs as per ASTM D6978. Details for chemicals tested are available upon request.
