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electrolysis of water generator heating process principle science physical experiment teaching model high efficiency lager size

electrolysis of water generator heating process principle science physical experiment teaching model high efficiency lager size
electrolysis of water generator heating process principle science physical experiment teaching model high efficiency lager size
electrolysis of water generator heating process principle science physical experiment teaching model high efficiency lager size
electrolysis of water generator heating process principle science physical experiment teaching model high efficiency lager size
electrolysis of water generator heating process principle science physical experiment teaching model high efficiency lager size
electrolysis of water generator heating process principle science physical experiment teaching model high efficiency lager size
electrolysis of water generator heating process principle science physical experiment teaching model high efficiency lager size
electrolysis of water generator heating process principle science physical experiment teaching model high efficiency lager size
electrolysis of water generator heating process principle science physical experiment teaching model high efficiency lager size
electrolysis of water generator heating process principle science physical experiment teaching model high efficiency lager size
electrolysis of water generator heating process principle science physical experiment teaching model high efficiency lager size
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electrolysis of water generator heating process principle science physical experiment teaching model high efficiency lager size
electrolysis of water generator heating process principle science physical experiment teaching model high efficiency lager size
electrolysis of water generator heating process principle science physical experiment teaching model high efficiency lager size
electrolysis of water generator heating process principle science physical experiment teaching model high efficiency lager size
electrolysis of water generator heating process principle science physical experiment teaching model high efficiency lager size
electrolysis of water generator heating process principle science physical experiment teaching model high efficiency lager size
electrolysis of water generator heating process principle science physical experiment teaching model high efficiency lager size
electrolysis of water generator heating process principle science physical experiment teaching model high efficiency lager size
electrolysis of water generator heating process principle science physical experiment teaching model high efficiency lager size
electrolysis of water generator heating process principle science physical experiment teaching model high efficiency lager size
electrolysis of water generator heating process principle science physical experiment teaching model high efficiency lager size
electrolysis of water generator heating process principle science physical experiment teaching model high efficiency lager size
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Electrolysis of Water Generator Heating Process Principle Science Physical Experiment Teaching Model High-Efficiency Lager Size

The benefits of the dry-type oxyhydrogen generator are high efficiency, high gas output, simple maintenance, and exquisite heat dissipation. There is little pollution during the electrolysis of the water, which produces H2 + O2 and ignites to produce water. Add water once the liquid has fallen, and just power is used.

There is no carbon dioxide production during the heating process, no such thing as insufficient combustion, and no by-products like blackening and carbon ash, unlike typical gases, solid fuels, and liquid fuels.

Features:

No additional emissions and environmentally beneficial.

High power supply, 304 stainless steel, and anti-tempering protection.

Sodium hydroxide electrolyte, dry oxyhydrogen generator construction.

It has low weight, high gas output, high efficiency, simple maintenance, excellent heat dissipation, etc.

The product's main structure is transparent acrylic, making it simple to understand. Simple to handle.

High reliability, durability, and safety.

It can be used for heating, hydrogen and oxygen welding, thin metal cutting, school teaching, and heating of jewelry and glasses.


Specifications:


.Color: As Shown

.Material: Acrylic + Stainless Steel

.Input Voltage: 12V DC or 110-220v AC

.Output Power: 200-300W

.Product Size: 20 x 30 x 35cm

.Product Weight: 6500g

.Package Dimensions: 20 x 30 x 35cm

.Package Weight: 6600g

.Packing: Carton Box


Note:

Please allow 1-3 mm of manual measurement error.

Due to display variations, the image might not accurately represent the item's color.

Attention:

The water inside the product is typical.

Wait for more than 30 seconds before restarting to prevent tampering and exploding.

Keep the valve open after turning on the electricity. Close the valve and cut off the electricity immediately if it needs to be closed.

The blazing gases are so hot that they cannot be touched by a human hand.

 

Method of Use:

First, create a saturated solution of sodium hydroxide in water.

Fill the copper tube with liquid and insert it into the reaction chain. The liquid is about 3/5 of the height.

2/3 of the water should be added to the acrylic tube's side before screwing on the copper tube.

Unlock the valve.

After waiting 30 minutes, start the engine and let the air out.

Ignition.

When shutting down, close the valve first before cutting the power.

Package List:

1 * Electrolysis of Water Generator

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  • Stock: In Stock
  • Model: 10235
  • SKU: electrolysis-of-water-generator-heating-process-principle-scienc
1379 samples sold
$279.99
$279.99
Ex Tax: $279.99