| Fire Resistant Work Wear Our Edge range consists of the following world-class products:
Looking for more solutions?
Visit our products division,
Habitat For
Safety.
 |
Our Australian made specialist fire tough/smelter sock is a state
of the art, comfortable, three layer wool/nylon/wool garment
featuring a unique knitted fire retardant process to provide
unparalleled protection for the wearer. The garment is ideal for use
in structural and wildland firefighting, emergency services,
aluminum, iron and steel smelters, oilrigs, petrochemical industries
and general heavy industry (for use in
conditions of extreme heat). >> more information
top
|
 |
Our sleeveless, collarless, waist length zip front vest is
manufactured from Creswick Woollen Mills' world-class 840gsm 100%
Wool fabric with a PFZ (potassium-fluro-zicronate) flame retardant
treatment. The garment has been designed to provide superior flame,
heat and molten metal splash protection. >> more information
top
|
 |
Our 100% wool pullovers are fire tough and designed to provide
unparalleled protection for the wearer. They are naturally flame
retardant with a crew neck for maximum protection. They are of
heavyweight construction with cotton drill reinforced elbows for
durability and significant bands on bask (waist) and cuffs to ensure
they retain their shape and serviceability for extended periods. >> more information
top
|
 |
Our PR97 shirt is constructed from comfortable, breathable and
inherently flame retardant PR97 in a number of weights to provide
workers with the highest standards of health and safety applicable
to secondary protective work wear. PR97 has been engineered to
provide protection in environments such as aluminum, iron and steel
smelters, electric utilities and general heavy industry where worker
protection is paramount. Our PR97 shirt features gusseted cuffs for
complete closure around the wrist, a single button placket front, an
extra 100mm length in the shirt tail to prevent exposure of the
lower back and a bigger block fit for comfort.
>> more information
top
|
 |
The PR97 fabric features of our shirt naturally carry over to
our PR97 trouser. When the shirt and trouser set is combined,
workers are assured of the highest standards of health and safety
for secondary protective work wear. Our PR97 trouser is constructed
from comfortable, breathable and inherently flame retardant 320gsm
intermediate or 500gsm heavy weight PR97. The garment is designed
to withstand the most extreme conditions.
>> more information
top
|
 |
Our overall garment is designed to provide the all-encompassing
features of our PR97 shirt and trouser combination. It is ideal for
use in those extreme flame, heat and splash situations where almost
full body and added protection is required. Features include a stud
front with a Velcro secured overlap, LHS chest and RHS rear patch
pockets, two side pockets and a stretch waist band in the back.
Orange PR97 provides high visibility daytime safety. The PR97
fabric or Kermel fabric shirt can be used underneath the overall
garment to ensure superior upper torso safety.
>> more information
top
|
|
|
|
 |
Highly recommended for use in aluminum, iron and steel smelters,
electric utilities and other heavy industry environments, the 500gsm
weight PR97 smelter coat is an ideal additional protective garment
over a PR97 shirt. Orange PR97 provides daytime high visibility
safety.
Highly recommended for use in aluminum, iron and steel smelters,
electric utilities and other heavy industry environments, the 320gsm
weight PR97 smelter hood provides additional protection in extreme
environments where there is intense heat, flame and molten metal
splash. The smelter hood prevents heat, flame and metal splashes
burning unprotected areas and provides an additional layer of
protection around the neck and across the shoulders. Orange PR97
provides daytime high visibility safety.
>> more information
top
|
 |
Kermel V50 and V70 blends deliver on all fronts when it comes to
worker FR safety and comfort, which is why Kermel 100% and Kermel
blends have developed a reputation for being one of the world's
renowned premium FR textiles. Kermel fibre and its blends are used
in heat and fire protective clothing for fire brigades, military,
police, chemical and petrochemical sectors, electric utilities and
industrial applications worldwide. The Kermel V50 260gsm and V70
220gsm twill weave shirt features gusseted cuffs for complete
closure around the wrist, a single button placket front, an extra
100mm length in the shirt tail to prevent exposure of the lower back
and a bigger block fit for comfort The blends are inherently
non-flammable and their high level of performance against heat and
fire will last for the lifetime of the garment. The fabric will not
burn or melt and will maintain its mechanical characteristics.
>> more information
top
|
 |
Kermel V50 and V70 blends deliver on all fronts when it comes to
worker FR safety and comfort, which is why Kermel 100% and Kermel
blends have the reputation for being one of the world's renowned
premium FR textiles. Kermel fibre and its blends are used in heat
and fire protective clothing for fire brigades, military, police,
chemical and petrochemical sectors, electric utilities and
industrial applications worldwide. Our Kermel V50 260gsm and V70
220gsm twill weave shirt and trouser combination provides
unparalleled protection against the risk and hazards associated with
flame, heat and electric arc. The blends are inherently
non-flammable and their high level of performance against heat and
fire will last for the lifetime of the garment. The fabric will not
burn or melt and will maintain its mechanical characteristics.
>> more information
top
|
 |
Our overall (coverall) garment is designed to provide the
all-encompassing features of our Kermel shirt and trouser in the
one garment set. Ideal for use in those extreme flame, heat and
splash situations where almost full body and added protection is
required. The garment features an overlap studded clip front to
waist length with one chest pocket with flap closure and one open
chest pocket with pen pocket. The Kermel fabric or PR97 fabric
shirt can be used underneath the overall garment to ensure superior
upper body safety.
>> more information
top
|
 |
Our specialised three-quarter-length jacket is manufactured from
world-class high visibility breathable, windproof and inherently
waterproof Emphatex fabric. It provides thermal protection and has
application to a wide range of protective industrial work
situations. Emphatex garments are used in industries such as
airports, emergency services, petrochemical/refineries and the
military. The fire resistant features ensure insulation against
flame and in some cases, radiant heat. The anti static features
provide protection for workers against static charge. >> more information
top
|
 |
The Emphatex trouser fully compliments our three-quarter length
jacket to make a complete work wear set capable of withstanding
inclement weather situations. The Emphatex membrane structure
combined with our seam sealing process ensures total protection even
in the worst weather conditions. Of course, the trouser garment
offers the same fire resistant and anti static features as the
three-quarter length jacket. By using high visibility fabric, our
garments have all the benefits of wet weather protection and comfort
with the added safety of being visible in almost any daytime
condition.
>> more information
top
|
|
|
|
|
|
End users of FR protective garments all need protection against
heat and flame. But they all have specific requirements, created by
their working environments and the nature of their work. SpotNet
Distribution provides specific responses to meet specific end user
requirements. Pro-active collaboration with our textile
manufacturers ensures our end user customers can have us fine-tune
their personal protection clothing by determining the most suitable
textile, design and construction to meet their needs.
>> more information
|
For more information on PR97 Fabric, please click
HERE. Looking for more solutions?
Visit our products division,
Habitat For
Safety. |
