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Industrial Ovens T&G's industrial ovens were designed to give quick
curing times by recirculating high volumes of air that
are controlled by a combination of special fans and
ductwork. The ovens can cure lacquers, water based, and
other high solids coating materials. Our design gives
quick curing times throughout the finishing process.
T&G's ovens can be designed for temperatures ranging
from flash drying ambient units to ovens operating at
500 Deg. F. The ovens can be provided with gas, steam,
electrical, UV, or infrared heat. They can be designed
as a component of a mechanized system or as stand-alone
batch type ovens. All T&G industrial ovens comply with
NFPA fire regulations and conform to FM and RI insurance
requirements.
Our industrial ovens are constructed using tongue and
groove panels with thickness' and insulation to meet the
application temperature requirements. The entrance and
exit vestibules are designed to conform to any type of
conveyor from flatline to towline and to give maximum
heat retention and control of VOCs.
T&G's ovens are classed according to the desired
temperature. The ambient flash tunnels are designed to
recirculate the factory air and are constructed using 18
gauge panels.
T&G ovens are designed for temperatures up to 200 Deg
F, and utilize special 20,000 CFM fans for recirculating
the air. The normal panel thickness is 3 inches for
these furnaces.
For temperatures from 200 Deg F to 500 Deg F, the
oven has a separate heater house for air recirculation
as well as air curtains to reduce the escape of VOCs and
oven heat. The panel thickness' range from 4 to 5 inches
for these ovens.
The drive assemblies are located outside the heat
zone for longer operating life and maintenance. The
ovens are provided with NEMA 12 control panels and high
quality heating system components.
- Wide range of temperatures from
ambient to 500 Deg F to fulfill the application
requirements.
- Diversity of options from batch to
continuous, depending on the process needs.
- High velocity air curtains to
control VOCs and heat loss. Steam, gas, electric, UV
or IR models can be fabricated depending on the curing
requirements and available energy sources.
- Custom configurations can be
designed to fit the space or process requirements.
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