NEW ELECTROSTATIC DISSIPATIVE RANGE
AVAILABLE
|
Product
Code No. |
Description |
Size WxDxL |
Weight gms |
Qty |
Price (£) |
|
ESDR
TS 05 |
Standard Blade with ext. D
grip |
247x315x1103 |
1580g |
5 |
upon
enquiry |
|
ESDR
TS 04 |
Standard Blade with D
grip |
247x315x978 |
1319g |
5 |
upon
enquiry |
|
ESDR
TS 24 |
Deep pan standard blade with
D shaft |
257x350x1045 |
1828g |
5 |
upon
enquiry |
|
ESDR
TS 25 |
Deep pan small blade ext. D
grip |
257x350x1169 |
1937g |
5 |
upon
enquiry |
|
ESDR
TS 07 |
Standard blade hand shovel |
247x315x527 |
690g |
5 |
upon
enquiry |
|
ESDR
TS 27 |
Deep pan standard blade hand
shovel |
257x350x587 |
1053g |
5 |
upon
enquiry |
|
ESDR
TS 41 |
Medium hand scoop (750g) |
138x187x310 |
246g |
10 |
upon
enquiry |
|
ESDR
TS 42 |
Large hand scoop (1000g) |
167x230x355 |
390g |
10 |
upon
enquiry |
|
ESDR
TS 11 |
3" (75mm) spatula/scraper |
75x205 |
60g |
10 |
upon
enquiry |
|
ESDR
TS 12 |
4" (100mm) spatula/scraper |
100x250 |
110g |
10 |
upon
enquiry |
|
ESDR
TS 110NY |
Floor scraper blade
unthreaded |
? |
? |
10 |
upon
enquiry |
|
More will be added to the
range soon |
PLEASE NOTE:
The *NEW products are
not currently ATEX approved – though
an application for this has been
made and should be passed shortly.
ATEX version will be stamped as such
and therefore prices will be
slighter higher than the above.
We advise that you must carry out
your own assessment of suitability
for use.
Under in-house tests, the products
show a surface resistivity of 10^8
ohm/square and the base material is
nylon, which gives good temperature
and chemical stability and is very
robust.
Electro Static Dissipative Products
*Background Information
It has been recognised that any
relative motion and physical
separation of materials or flow of
solids, liquids or particle-laden
gases can generate electrostatic
discharges. The “99/92EC ATEX
(workplace) Directive” recognises
these discharges as a potential
source of ignition in explosive
atmospheres in a wide range if
industries, particularly in
chemicals, pharmaceuticals,
petroleum and food processing.
Common sources of electrostatic
discharges include items made from
common plastic materials, processing
equipment and personnel. Such static
build-ups and discharges can also
damage or destroy sensitive
electronic components, erase or
alter magnetic media or simply make
material handling problematic.
Conductive plastics address these
risks in that they do not generate
high levels of charge and they have
the ability to dissipate charges
safely before they accumulate when
earthed. By the use of such special
compounds ECC can offer a whole
range of static dissipative tools
including shovels, scoops and
scrapers for use in static-sensitive
areas. These tools should, however,
only be used in conjunction with
other measures to control static
discharge from equipment and
personnel, including ensuring that
operators wear
antistatic/dissipative footwear and
gloves and stand on suitably
dissipative flooring.
Static electricity is a highly
variable phenomenon, and the
assessment of hazard is a highly
specialist activity. Expert advice
should be sought before applying
electrostatic techniques or
preventative measures. |
