PRODUCT
Just put it on to improve heat exchange efficiency.
Harnessing the power of nature
to prevent unnecessary power consumption.
New energy-saving technology
CONTINEWM
This energy-saving product uses the physical properties of special natural minerals to reduce static electricity in air conditioners, regulating air flow and improving heat exchange efficiency. Simply place it on top of the filter to recover wasted energy and reduce electricity and gas bills. No construction or power outage is required, so anyone can install it immediately.
ADVANTAGES
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EASY INSTALLATION Easy to install.
Ready to use with no construction.No modification to the equipment or power outage is required, and anyone can install it quickly. Installation is very easy, just place the filter on top.
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LONG LASTING Lightweight, flexible, durable and
easy to clean
The flexible and lightweight material makes it durable and easy to clean after installation, making it economical with low maintenance costs.
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SAVE ENERGY Save costs by reducing power consumption.
Being Environmentally Friendly.It corrects airflow disturbances caused by static electricity and recovers the heat exchange efficiency .It does not use electricity or power, and also contributes to reducing CO₂ emissions.
MECHANISM
It reduces static electricity inside the air conditioner and
recovers its original heat exchange efficiency.
PROBLEM
PROBLEM
Charged air disrupts airflow,
reducing cooling and heating efficiency.
When the fan rotates, friction generates static electricity, air intake and exhaust from the air conditioner becomes positively charged. This static electricity disrupts the air flow and reduces the heat exchange efficiency. If efficiency decreases, more electricity will be required for cooling and heating, resulting in higher electricity and gas bills.
SOLUTION
SOLUTION
CONTINEWM eliminates air static and
recovers heat exchange efficiency.
By installing CONTINEWM, which always maintains a negative potential due to the properties of special natural minerals, in front of the heat exchanger, the generation of positive charges is suppressed. The air becomes zero-charged and is no longer affected by static electricity, allowing the air conditioner to perform at its full heat exchange efficiency. This simple installation reduces unnecessary power consumption.
PROCESS
PROCESS
By changing the air to non-static,
it eliminates wasted electricity consumption.
By installing CONTINEWM, the airflow disturbance caused by static electricity is eliminated and the heat exchange efficiency is restored.
As a result, the set temperature is reached faster and maintained for a long time. This reduces the operating speed of the compressor, which accounts for the majority of an air conditioner's power consumption, resulting in energy savings.
SIDE EFFECT
SIDE EFFECT
CONTINEWM constantly maintains a negative potential, zero-charges the air, suppressing the floating of odorant and dust particles. Odorant and pollutants tend to float in the air when positively charged, but zero-charged air prevents them from floating, making odors less noticeable. This changes the entire space to a clean and comfortable environment, resulting in energy savings and comfort that will continue as long as the air conditioner is running.
ADAPTABLE TYPE
Can be installed on any type of air conditioner.
Can be cut to fit the filter size.
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Square type
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Rectangular type
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Floor-standing type air conditioner
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Split type air conditioner
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Prefabricated refrigerator or freezer
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Can be cut easily.
MORE
It can also be installed to a ariety of other types.
Please contact us for more information.
SPECIFICATION
Product name | CONTINEWM |
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Size | 49㎝×48㎝×2.5㎜ |
Weight | 200g |
Color | Dark brown |
Shape | Honeycomb(Max. width 16.97mm, Min. width 14.7mm) |
Material | Specific Clay Mineral, Low density polyethylene |
Manufacured | Japan (Manufactured at a Japanese domestic factory of a listed company) |
Manufacturer& Distributor |
CONTINEWM.Co.,Ltd |
Patent | JP 6486409 US 11846437 B2 US 12098853 B2 |
Registration of designs | No. 1597440 |
Release date | April 2016 |
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OUR WORKS