Page 5 - INPAX Catalogue

AboutINPAX® INPAX XERO (Xtreme Energy Reduction Optimizer) Foam ®
®

A specially engineered, lightweight,
soft and flexible foam material that offers extreme shock and impact INPAX XERO FOAM
We control the entire process
protection when required, time and time again.
in-house from the initial concept deigns, custom shape / mould
manufacturing and forming to attaching the final protective barriers/guards onto the
In it’s normal state XERO foam molecules move freely keeping the material soft and flexible –
finished glove / liner either by direct stitching or via our unique bonding process.
however, upon sudden impact, the molecules immediately stabilize and firm to create an affective
Combined with leading palm (cut, puncture, heat & abrasion resistant) material yet comfortable protective barrier that instantly absorbs and dissipates force and impact energy
manufacturers and utilising how own specially blended and knitted cut resistant upon strike.
gloves. we can design and manufacture gloves that now truly offer all round
Feet/Ankles 9.11% Leg(s) 5.96%
protection!
Toes BEFORE IMPACT
Neck 0.75%
0.55% The range category concept for
®
Finger(s) INPAX all around protection
Shoulder(s) 3.15%
Knee 34.73%
3.22% Feet/Ankles 9.11% Leg(s) 5.96%
®
Elbow 1.3% STANDARD INPAX XERO
Skin 0.15% Toes
Lungs/Respiratory 0.27%
Neck 0.75%
Digestive/Internal 0.96% Molecules move freely
®
0.55% INPAX XERO Foam is currently designed at an optimal density and thickness
Eyes(eyelid) Finger(s) of 3mm specifically for palm padding of industrial hand protection to best soft & flexible material
Shoulder(s) 3.15%
Knee 3.22% 34.73%
3.22% Impact Resistant HI-Viz Abrasion Resistant Oily maximize it’s impact absorption potential whilst allowing the glove to UPON
Elbow 1.3% IMPACT
Skin 0.15% remain flexible and dexterous…XERO foam can be either stitched onto the
Lungs/Respiratory 0.27% Total industry CUT & PUNCTURE
Digestive/Internal 0.96% recordable incidents by glove liner or attached directly to the surface using our unique and
Head
12.53% Hand(s)/Wrist(s)
body part (International
Eyes(eyelid) Back pioneering bonding process.
3.22% 4.52% Arm(s) 11.64% Association of Drilling
4.45%
Trunk/Torso Contractors)
3.49% Impact Resistant Cut Resistant Puncture Resistant Abrasion Resistant Oily
Molecules lock
Head HEAT & FIRE RETARDENT absorb & dissipate impact
12.53% Back Hand(s)/Wrist(s)
4.52% Arm(s) 11.64%
4.45%
Trunk/Torso AFTER
3.49% IMPACT
Impact Resistant Heat Cut Resistant Abrasion Resistant Dry Oily Force of Penetration（KN@20J）
Leg(s) 11.27%
WATERPROOF & WINTER
Feet/Ankles
10.07% Finger(s)
28.54%
Molecules move freely
Toes Impact Resistant Abrasion Resistant Wet Cold Oily
1.2% Leg(s) 11.27% retums to flexible state
Neck 0.48% Total industry lost *20J-EN1621-1 Level 2
Feet/Ankles
Shoulder(s) 2.64% Finger(s) Thickness（mm） Material Comparison Test
time incidents by body
10.07%
Elbow 0.72% 28.54% Lower force of penetration
part (International
Knee 2.64% Association of Drilling = Higher impact protection
Digestive/Internal 0.48% Contractors) 6mm EVA
Toes
Eyes(eyelid) 6mm Neoprene
1.2%
3.36% 3mm INPAX ® XERO 4mm INPAX ® XERO 7mm INPAX ® XERO
Neck 0.48% Hand(s)/Wrist(s) 7mm Polyethylene Foam
Shoulder(s) 2.64% 10.07% 17mm Polyethylene Foam
Elbow 0.72% Head
7.91% Arm(s)
Knee 2.64% Back 5.28%
Digestive/Internal 0.48% 6%
Trunk/Torso
2 Eyes(eyelid) 6.47% 3
3.36%
Hand(s)/Wrist(s)
10.07%
Head
7.91% Arm(s)
Back 5.28%
6% Trunk/Torso
6.47%