plays a pivotal role in many of today's consumer and
industrial products. The unique physical properties
of polyurethane make it the ideal material for a wide
range of applications, from automotive to medical.
to achieve the desired physical properties for a specific
product or application, exact control of each stage
of the manufacturing process is required. And none
of these stages is more critical than the curing stage.
productivity and even operating costs depend upon
the precise control and uniformity of the time, temperature,
and airflow throughout the curing oven. And the precise
control and uniformity of the temperature and airflow
are solely dependent upon the proper design and construction
of the curing oven itself.
Engineering follows a systematic approach to the design
and construction of curing ovens for polyurethane.
We thoroughly analyze your needs and constraints,
and then design an oven that will operate effectively
and efficiently and produce the specific physical
properties you desire, from Shore to Shore, at the
highest possible output and the lowest possible cost.
Our results can be found in Kryptonics wheels on rollerblades
around the world.
know that no standard oven design can alone meet the
requirements of all polyurethane processors. Each
design has its own capabilities and limitations. We
do, however, custom design every curing oven to incorporate
the right combination of controlled velocity convection
and infrared, to promote fast, accurate, and precise
temperature control. As a result, our curing ovens
hold temperatures to within two degrees of set point.
in our continuing efforts to serve the needs of polyurethane
processors, we have developed creative approaches
to bring quality, productivity, and cost advantages
to existing processes by replacing batch curing systems
with faster continuous systems. And our approach to
polyurethane curing, using high velocity airflow and
precise temperature control, can be applied to the
processing of other materials as well.