sgt-global offers mechanical plating, mechanical galvanizing, plating, powder coat chemicals, powder coating, bioremediation, zinc dust, pretreatment, galvanizing

SATOW GLOBAL TECHNOLOGIES, LLC

Ask about our new, small Mechanical Plating and Galvanizing starter kit to help develop this important, economical, and energy efficient technology!

"MECHANICAL PLATING AND GALVANIZING" TECHNOLOGY IS AN ESTABLISHED PROCESS FOR APPLYING A METALLIC COATING TO A VARIETY OF SUBSTRATES TO ACHIEVE CORROSION PROTECTION OR OTHER SPECIFIC ENGINEERING PROPERTIES.

CONTACT US FOR A NO COST, NO OBLIGATION CONSULTATION OR DISCUSSION, TO SEE IF MECHANICAL PLATING/GALVANIZNG FITS YOUR REQUIREMENTS.
REQUEST LITERATURE, DESIGNS, OR TECH SHEETS TODAY!

Mechanical Plating is an effective means of applying zinc, tin, or other metals and metal mixtures to metal parts. It has a number of advantages over typical electroplating and other coating processes.
One of the main advantages is the elimination of hydrogen embrittlement and the assurance of product reliability. It is a method preferred by many for hardened fasteners or critical assemblies. Mechanical Plating is the best way to avoid the extra expense of long baking cycles.

Special international " Equipment/Chemical Package" for quick, cost-effective start-up.

Mechanical Galvanizing

Mechanical Galvanizng is an extension of mechanical plating except that the coating thickness is much higher. Coatings a high as 3-4 mils (75-100 um) can be applied in same equipment and with same chemistry (slightly higher dosages apply). Mechanical Galvanizing offers many advantages to other high thickness processes. Contact us today for details/ tech data.

       - No hydrogen embrittlement
       - Room temperature process, no detempering
       - Uniform threads. No need to cut threads after plating
       - No galling. Coating naturally lubricious, good torque-tension ratio
       - No stickers,  as with molten zinc process. Parts 100% usable.
       - Pure zinc coating with excellent adhesion
       - Low energy requirements create large savings.

Actual processing of parts in barrel. Slurry of water, parts, zinc dust, and chemicals in rotating tumbling barrel.