Saver can increase the Thermal Efficiency upto 30%. As a
result it can save our domestic LPG
LPG Saver has a serrated sleeve type design which fits closely
around their circumference of standard domestic gas burners.
The clearance between the inner dia of the sleeve and outer
dia of the gas burner is optimized to 1.5 to 2.0 mm. This
ensure that the flame is centered and directed to the cooking
vessel only and not dissipated to the sides away from the
cooking vessel. Hence this design ensures that irrespective
of the gas burner design deficiency the flame is fully focused
and directed to the cooking vessel. The Thermal Efficiency
increase upto 30% after installation of LPG Saver unit.
This ensures that the flame is in full contact with the
cooking vessel thereby transferring direct heat through
conduction as well as convection heat transfer. The other
unique design feature of this LPG Saver is that there are
high quality Nickel chromium(NICHROME) mixed wires of 32
mm dia which are fixed in criss cross optimized pattern
approx 2 mm below the top of the serrated teeth of the LPG
Saver which have a T shape to prevent the NICHROME mixed
wires from coming out of the product. This unique design
aids the heat transfer substantially as NICHROME has very
high specific heat capacity and very high heat conductivity.
It transfer heat through conduction heat transfer in the
most efficient manner and at the same time also emanates
radiant heat which helps in more efficient and productive
use of precious fuel. In summary this unique design of gas
saver reduces gas consumption by using all the principles
of heat transfer viz conduction, convection and radiation
in the most efficient manner possible. We here by highlight
the classical heat after equations from established thermodynamic
laws on which this unique gas saver product works.
Thermal efficiency Method of Test as per IS: 2980
Savior LPG Saver has been certified by M.S.M.E, (A Govt.
of India Test Laboratory) and a product of An ISO Certified
Company and A Govt. Regd. S.S.I. Unit.