ECOCH founded in 2015, our company is dedicated to developing equipment for environmental improvement and maintenance. Since our inception, our flagship product has been the internal combustion engine carbon cleaning system. Featuring our exclusive patented "Hydrated Hydrogen Ion" technology, we offer a "non-disassembly" solution to effortlessly remove carbon deposits. We have developed the CK Series of Hydrated Hydrogen Ion Carbon Cleaning Machines, which are widely applied across various vehicle types, construction machinery, and marine engines.
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Carbon Cleaner Series
CK-800 Hydronium Ion SystemCK-800
Engine Carbon Cleaning Machine for Medium & Heavy-Duty Vehicles Suitable for gasoline and diesel engines with a displacement of up to 4,500cc.
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Carbon Cleaner Series
CK-600 Hydronium Ion SystemCK-600
Engine Carbon Cleaning Machine for Passenger Cars & Light Commercial Vehicles Suitable for gasoline and diesel engines with a displacement of up to 2,500cc.
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Carbon Cleaner Series
CK-400 Hydronium Ion SeriesCK-800
Model CK-800 Engine Carbon Cleaning Machine for Heavy Motorcycles Suitable for engine displacements up to 1,800cc.
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Air Purification Systems
Air Purification Systems for Public SpacesAir Purification Systems for Public Spaces
Key Features：AirTron Series Air Purification Systems Designed for medium to large public spaces. The AirTron series is highly acclaimed and widely adopted in business conference rooms, banquet halls, temples, and reception centers.
Latest News
News
11.05
Nakayama Transport Japan
Expanding into Japan! Nakayama Transport Co., Ltd. adopts our systems for their vehicle fleet maintenance.
09.09
The Comprehensive Guide to Enhancing Vehicle Performance and Safety
Carbon buildup is a hidden killer that every vehicle owner and fleet manager must take seriously. It not only reduces engine performance and increases fuel consumption but can also lead to emission issues and potential safety hazards. Understanding the causes, risks, and solutions for carbon deposits is crucial for maximizing vehicle efficiency, extending service life, and ensuring driving safety.
09.09
A Must-Read for Fleet Managers! How Regular Decarbonizing Lowers Maintenance Costs and Boosts Efficiency
For fleets managed by enterprises or institutions, maintaining optimal performance for every vehicle is a significant challenge. During daily use, incomplete combustion leads to carbon deposits, which not only reduce fuel efficiency but also increase engine wear and maintenance costs. Regular decarbonizing services effectively solve this problem—not only enhancing operational efficiency but also saving on overall maintenance expenditures. It is an essential strategy that no fleet manager should overlook.
09.09
The Rise of Mobile Decarbonizing Services: Making Vehicle Maintenance Faster and More Convenient
As vehicle technology continues to advance, traditional maintenance methods are gradually being replaced by innovative services. Among these, "Mobile Decarbonizing Services" are becoming the preferred choice for an increasing number of vehicle owners due to their convenience and efficiency. Unlike traditional vehicle repair and carbon removal methods, mobile decarbonizing units can travel directly to the owner's location to provide professional maintenance. This not only saves valuable time but also significantly enhances engine performance.
09.09
Creating a Fresh Air Environment: How to Choose Air Purification Equipment for Public Spaces?
As the pace of urban life accelerates and air pollution issues become increasingly severe, air quality in public spaces has become a critical concern. Without effective air purification measures, public environments such as offices, shopping malls, schools, and other venues can easily accumulate dust, odors, and harmful gases, impacting public health. Therefore, selecting the right air purification equipment to create a healthy and comfortable environment is a key priority for every facility manager.
09.09
Vehicle Carbon Buildup Is Not to Be Ignored: These Methods Will Help Extend Your Engine's Life
In modern vehicles, carbon buildup has gradually become a major factor affecting engine performance and fuel efficiency. These deposits primarily result from incomplete fuel combustion, oil burning, and prolonged idling. These tiny carbon particles gradually accumulate in the intake system, combustion chambers, and on spark plugs, leading to decreased engine efficiency and even mechanical failure. Long-term neglect of carbon issues results in reduced engine power, increased fuel consumption, and abnormal emissions, ultimately driving up maintenance costs.
