Can you imagine CURING battery plates in a homemade chamber,
like curing ham
?
Lead Batteries is far more complex and demands specialized equipment.


Plate Curing by STEAM CURE


ADVANTAGES

Homogeneously processed plates: we guarantee that all plates inside are processed in the same way, regardless of their position inside the chamber

Short Cycle Times: unlike other curing systems, the Steam Cure guarantees certain process times, thanks to the CAM Head

No Rust: All Steam Cures are built internally exclusively in AISI304 Stainless Steel. This guarantees isolation from contamination

Automatic and monitored system: all Steam Cures are managed by advanced control and management systems that make supervision simple.

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We invite you to learn more about how STEAM CURE can revolutionize
your lead battery production.

Please feel free to contact us to schedule a demonstration or discuss your specific needs.


Isn’t it time to break free from the constraints of Curing Chambers and unlock your battery’s full potential?


Do you know why we use STEAM to cure the plates and
NOT WATER?

Innovating the Lead Acid Battery Industry with Mathematics

Why do plates need to be cured?

Curing chambers have the task of finishing the oxidation of free lead lead remaining in the production of plates.

  1. Until the 1970s, jute bags were used to increase humidity and therefore continue the oxidation process of the remaining lead.

  2. Subsequently, the first rudimentary curing chambers were created, chambers made of concrete with fans, heaters and water generators, with the task of accelerating the curing processes of the plates, because with jute bags it took a long time.

Problem:

with the water spray the plates did not have a homogeneous oxidation process, which is why they could come out with stains or non-oxidized spots.

Then start doing Research and Development.

Steam Cure Technology:

We arrive in the 90s with the first tests with steam instead of water.

CAM, together with Magneti Marelli, develop the first steam curing chamber heads.

Thanks to steam as a humidity generator, and horizontal laminar flow,

homogeneously oxidized plates are obtained.

The result is homogeneous plates, with free lead < 3% and residual humidity < 1%.

I’ll step back.

But why is steam better than nebulized water?

Because it is a simple mathematical calculation.

The density of water at 100 °C is 958 kg/m3

The vapor density at 107 °C is 578 kg/m3

This is why a vapor particle goes inside each plate pore compared to the water mist particle, which is why it is almost half as much.

When you have to choose a line of curing chambers, remember this little calculation.

3% free lead is just bait,

if you don’t oxidize each plate evenly,

especially if placed horizontally.

If you want an example of a CAM curing chamber CLICK HERE

If you are considering the right curing chamber for your process,

please choose between these three models:

Where are the CAM equipment installed?

We installed  equipment and systems in 4 continents and 20 countries
in the world.

Europe:
Italy (Avezzano, Veronella, Romano di Lombardia)

Wales, Spain (Azuqueca, Manzanares, La Cartuja), Poland, Germany (Buedingen, Weiden, Bad Lauterberg, Berlin), Austria, Portugal, Ukraine, Armenia, France, Turkey, Russia.

Americas:
Colombia, Tennessee, Kansas, Brazil.

Africa:
Algeria

Asia:
Saudi Arabia, Kazakhstan, The Philippines, Malaysia, UAE.


If you want an example of a CAM curing chamber CLICK HERE

If you are considering the right curing chamber for your process, Save

please choose between these three models:

STEAM CURE 16
STEAM CURE SL
STEAM CURE 52
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