PIP Hand Protection Catalogue - Flipbook - Page 9
ADVANCED CUT RISK MANAGMENT
RISK HAZARD MATRIX
10
HIGH
LIGHT to MEDIUM
CUT HAZARDS
A
ABR
SION
ON
RATI
E
L AC
MAXIMUM GRIP COATING
necessary to prevent slippage and any
chance of contact with sharp edges
CUT RISK
L/M
FORCE EXPOSURE
LIGHT
CUT HAZARDS
HIGH
N
USIO
T
CON
CUT RISK
L
INCI
H
SION
MEDIUM to HIGH
CUT HAZARDS
ION
ERAT
L AC
INCI
CRH
CUT RISK
M/H
MATRIX
SION
- Higher gauge liner means more yarns per inch
- Filament yarns preferred as sharp edge slides across smooth yarn
without catching to cut
LOW
0
0
ROUGH
EDGE SHARPNESS
Copyright © 2017. Protective Industrial Products, Inc. All rights reserved.
P I PA U S . C O M
10
RAZOR
©
WE DEEMED IT NECESSARY TO
DEVELOP A UNIQUE APPROACH
TO HELP DETERMINE THE RISK
AND POSSIBLE SEVERITY OF
AN INJURY.
CALCULATING THE CRH: FACTOR™
1. Assess the EDGE SHARPNESS with
“Rough” equating to the edge of a
brick and “Razor” to that of a
sharp knife.
2. FORCE is relative to the different
tasks being performed. Tasks such
as deboning large animals require
a high degree of force compared
to working with box cutters in a
repacking operation.
3. Mapping the two will place you
in one of the four quadrants of
RISK where you can determine
your CRH: Factor™ and proceed to
selecting the optimal coating for
maximum grip.
CRH: FACTOR TASK
9:10
9:10
HANDLING KNIVES
IN MEAT PROCESSING
AND PACKING
8:9
GLASS AND WINDOW MANUFACTURING
8:9
AND INSTALLING
TILE AND GLASS WORK IN CONSTRUCTION
7:7
7:7
HANDLING LARGE SHARP PARTS,
8:4
STAMPINGS AND CASTINGS
8:4
6:4
WORKING WITH WIRES AND METAL STRAPS
6:4
5:10
HANDLING SHARPHANDTOOLS IN CRAFTING
AND PACKING
5:10
HANDLING AND ASSEMBLING
4:8
SMALL
SHARP
PARTS
METAL IN GENERAL
4:8
4:5
HANDLING SHEET
FABRICATION AND CONSTRUCTION
4:5
HANDLING, ASSEMBLING AND SORTING
3:3
SMALL PARTS
3:3
10
The Cut Risk Hazard Matrix ™ is a unique
and logical method to guide users in
selecting a glove or sleeve with the right
cut resistant material and score. Once a
safety manager can identify where their
application fits on the Cut Risk Hazard
Matrix ™, they can more confidently
correlate the task to the glove or sleeve
best suited for their job.
- Medium Gauge to New Ultra strength finer liners (this is the
additional benefit of X7 technologies) to absorb pressing edge and
allow yarn to roll
- Spun or high strength filament yarns
SION
- Low to medium gauge, thicker liner means more fabric loft to
absorb and resist abrasion
- Spun yarns loftier to mitigate abrasion effects to skin
Cut Risk
Hazard Matrix ™
CUT RISK
CUT HAZARDS
- Low gauge, thicker liner means more fabric loft to absorb and resist
abrasion
- Spun yarns loftier to mitigate abrasion effects to skin
A
ABR
ABOUT PIP
©
THICKER, TOUGHER COATING
resists tears and protects against abrasion cuts
when rough edge contact is part of the task
8
By plotting the tasks and applications, we determine a Cut Risk Hazard Factor ™ (CRH: Factor ™) as outlined on the right side.
The CRH: Factor™ is a comparative indicator that helps safety managers determine the level of potential hazard related to the task or
©
application.
CRH
0
5
0
EDGE SHARPNESS
10
EDGE SHARPNESS
Copyright © 2017. Protective Industrial Products, Inc. All rights reserved.
P I PA U S . C O M
MATRIX
©
ABOUT PIP
YOUR GUIDE
TO THE RIGHT CHOICE
WE’VE EQUATED CUT SCORE FACTORS WITH REAL-WORLD TASKS
AND APPLICATIONS AS EXAMPLES
PROTECTIVE INDUSTRIALPRODUCTS
Choosing the right hand protection
FORCE EXPOSURE
PROTECTIVE INDUSTRIALPRODUCTS
CUT RISK
HAZARD MATRIX
9
