The Thermo Stand
Alone Series is designed with an angled handwheel and a shielded
side safety assembly to make the lifting of your cylinder easier.
From the reliable Thermo K valve and Thermo PRO valve to the Thermo
DIN series, there is a stand alone valve designed for your diving
pleasure.
The Thermo
Modular Series of valves can be combined into a variety of
configurations and are often used by the technical diver. With a modular
valve, the diver can dive with a single cylinder or the valves can be
combined into a manifold configuration to dive with two cylinders for
extended down time. Another alternative is to add the H connector valve
to the Modular series so that the diver has a single cylinder with two
valve outlets. If maximum flexibility is what you desire, the Thermo
Modular series can be configured to meet your diving needs.
All
Thermo scuba valves are triple bright chrome plated for maximum
protection and long lasting beauty in salt water environments.
The Easy Grip™ handwheel is made from soft rubber formed
around a stainless steel insert. The stainless steel insert
insures positive long lasting life. The large soft rubber
ribs make it easy to open or close the valve even while wearing
dive gloves.
All
Thermo scuba valves come with a one-piece safety plug assembly
which eliminates the possibility of mismatched components
and can be used on all prior versions of Thermo scuba valves. This
greatly reduces the likelihood of accidental “double disking” of the
safety assembly and protects the integrity of your diving
cylinder. The safety device is shielded by the valve body
to avoid damage during transportation or while diving.
All
Thermo scuba valves come with a high pressure plug & seat assembly manufactured from a high
tensile brass alloy and the threaded area is coated with Teflon™. Both the
material and the Teflon coating insure a lube-less, smooth operation
and prolongs the life of your valve! During the manufacturing process,
every valve is pressure tested under high pressure to test for leaks
and ease of operation at operating pressures.
