Non-Sparking Hand Saw 35x700mm Overall Length

Applications Of Non-Sparking Hand Saw :
Non-sparking hand saw for use in petrochemical, grain production (explosive-
dust), utilities, and hazmat applications.
Non-magnetic hand saw for use in MRI/NMR, nuclear products, electronic
manufacturing, and other sensitive equipment.
Corrosion Resistant hand saw for use in desalination plants,
chemical/paper manufacturing, and shipyards.
When selecting the right alloy for your non-sparking, non-magnetic safety
tools, you have two choices: copper beryllium tools or aluminum bronze tools.
The Factors to choose the material:
Different zones require certain alloys.
Our copper beryllium tools fulfil ATEX requirements for work in a number of
zones, including 0, 1, and 2 (for gas, mists, or vapors); 20, 21, and 22 (for
dusts); and M1 and M2 (mining). aluminum bronze tools are appropriate for
work in zones 1 and 2, and 21 and 22. Beryllium copper tools can handle more
environments.
Hardness
Our aluminum bronze alloy tools have a hardness of 25HRC. If your application
requires a tool with higher hardness rating, copper beryllium equipment, with
an HRC of 35, is a good choice.
Beryllium copper tools are extremely durable, due to the alloy’s tensile
strength and high hardness. Aluminum bronze tools, because of their chemical
composition, are not as durable as copper beryllium equipment.
Magnetic properties
Aluminum bronze equipment features low magnetism due to its minimal ferrous
composition. Beryllium copper tools have a more non-ferrous composition, so
this equipment is safer for applications that require non-magnetic properties
Application remarks:
Non sparking tools are softer than usual tools.
The operation with these tools has to be carried out with accuracy and care.
Overstraining has to be prevented.
Only using spark-free tools as a protection measure in fi e endangered and
explosion endangered areas is not enough. Please consider the instructions of
local health and safety regulations for the protection of employees and
accommodation.

Click to Enlarge