For sale! Asking price is $75,000.00 If you are in the market for a used tempering oven without breaking the bank, then look no more! We have a used and currently installed 60×100″ Glass tempering furnace with glass range from 5-19mm This furnace provides exceptional results in tempering glass. With its advanced heating technology, it ensures precise heat distribution, allowing you to achieve consistent and uniform glass tempering every time.
Description
Model: GTH1525
Power: 368 KW / 480V / 3 Ph / 60 Hz
Glass Thickness Range: 5-19mm
Max Glass Size: 60″x100″
Weight: 12,000 KG
Date: 04/2015
Exterior dimensions:
13m(L)*8m(W) *2.8m(H)
Glass Types to be Tempered:
Common plate glass, pattern glass, sandblasted glass and opaque glass, concave-convex glass
(concave-convex range <2mm), reflecting glass and temperable Low-E glass
Tempered Glass to meet ANS Z97.1 Standard
Glass Time to Temper Loads per Hour
Thickness (approx.)
5mm 180 seconds 20
6mm 220 seconds 26
8mm 300 seconds 12
10mm 380 seconds 9
12mm 460 seconds 7
15mm 700 seconds 5
19mm 880 seconds 4
The furnace comes with a convection system that reduces heating times to 35seconds per millimeter of glass thickness vs. the industry average of 60 seconds. So, for example a load of ¼” glass in our furnace will only take 210 seconds to heat whereas the same load in a traditional furnace would take up 360 seconds. This allows our customers to increase their productivity throughput and profit while providing the highest quality tempered glass.
The glass loading section comes equipped with photo sensors that gauge the size of the
load and automatically determine the optimal oscillation (shake & bake) pattern forFor sale – if you are in the market for a used tempering furnace wihtout breaking the bank, then look no more! We have a used and currently installed 60×100″ Glass tempering furnace with glass range from 5-19mm
This furnace provides exceptional results in tempering glass. With its advanced heating technology, it ensures precise heat distribution, allowing you to achieve consistent and uniform glass tempering every time.
tempering. Roller movements are computer controlled and driven by dual belt pulleys to
assure uninterrupted operation and precision. The load section also comes with side load
EPDM rollers and scratch-free castors that rise up and assist the operator in positioning
the glass. The operator is provided with a monitor linked to a closed circuit TV that
enables him, from the load position, to observe the glass as it exits the quench section and
is ready for off loading.
Multiple heating zones precisely positioned throughout the upper and lower sections of
the furnace as well as auxiliary elements located at the glass entrance and exit assure
glass quality and flatness. These zones enable the operator to evenly control heat
distribution for varying load configurations, thicknesses, and glass surface patterns while
the auxiliary elements help limit fluctuations in temperature that can result from opening
and closing the inlet and outlet doors. Our lower heating elements are covered by
stainless steel tiles that protect them from debris or breakage occurring in the furnace and
assist in uniformed heat distribution.
The unique forced convection system enables our furnaces to evenly heat the most
reflective Low-E glass. Balanced heating is imperative for achieving glass flatness.
Reflective or Low-E type glass can exhibit heating disparities of up to 40-degrees
between its reflective and non-reflective surfaces when heated in a non convection
furnace. Our patent pending controlled forced convection system allows our furnaces to
balance this disparity and achieve optimal glass flatness and quality. Other fabricators
simply use fans to agitate the air inside the furnace but do not have a direct effect on the
glass leading to distortion and in severe cases glass warping.
