
DETENTION-FURNITURE.COM is owned by G2
Automated Technologies, LLC, a Dallas based company that has been
manufacturing Detention Furniture, Lab Sinks , Stainless Steel Equipment, Surgical Sinks,
and Critical Environment Equipment since 1999. We would like to thank our many clients for their continued
support. G2 manufactures all of the following Detention Furniture at
our facility located in Richardson, Texas. Custom Manufacturing,
Engineering,
Detention Furniture Design
and Development,
Training, Sales
and Customer Service.

Learn how you can become a Authorized Reseller of selected Detention Furniture of G2 Automated Technologies, LLC.
See what territories are still available find out more 

Acid Chemical Transport Carts |

Wall Mount Industrial Automated Sinks |

In-Wall Stainless Waste & Storage |

Stainless Steel Casework |
Your Quote Request will be answered by one of our friendly sales engineers within 24 hours of your submission!
CUSTOM MADE PRISON & DETENTION EQUIPMENT learn more

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HIGH STRENGTH STEEL WELDING
Both the bare wire
(ER312) and covered
(E312) Arcos 312
products are
valuable for welding
dissimilar joints,
especially if one of
the base metals is a
stainless high in
nickel content. The
weld deposit is
two-phase, high in
ferrite. Even with
considerable
dilution with
austenitic forming
elements, such as
nickel, the
microstructure is
two-phase and thus
highly resistant to
weld metal cracks
and fissures.
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HYGIENE
The easy cleaning
ability of stainless
makes it the first
choice for strict
hygiene conditions,
such as hospitals,
kitchens, abattoirs
and other food
processing plants.
The easy cleaning
ability of stainless
makes it the first
choice for strict
hygiene conditions,
such as hospitals,
kitchens, abattoirs
and other food
processing plants.
read more
CORROSION RESISTANCE
Lower alloyed grades
resist corrosion in
atmospheric and pure
water environments,
while high-alloyed
grades can resist
corrosion in most
acids, alkaline
solutions, and
chlorine bearing
environments,
properties which are
utilized in process
plants.
read more

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