Globaleco Engine Carbon Cleaning Machine for Multi-Industry Use

• After-sales Service: Stardard
• Warranty: 1 Years
• Type: Gas
• Model NO.: HBY-JET-C
• Operation Type: Fixed
• Drive: Gasoline
• Nozzle Type: Round Water Column Nozzle
• Application: Industrial
• Condition: New
• Certification: CE, CB, ETL, RoHS, UR
• Customized: Customized
• Transport Package: Wooden
• Specification: Stardard
• Trademark: HBY
• Origin: Luoyang
• HS Code: 8424300000
• Production Capacity: 1000 Pieces/Year

Product Description

Introduction
 

        The JET-C Series Carbon Cleaning System effectively eliminates carbon buildup within engine combustion chambers, enhancing engine horsepower output while reducing vibrations and fuel consumption. This versatile equipment additionally offers optional capabilities to clean various three-way catalytic converters, SCR systems in gasoline vehicles, and diesel particulate filters (DPFs) up to 6L capacity. The non-invasive cleaning process requires nremoves o disassembly of engine components, catalytic converters, or emission systems - simply connecting to the intake manifold or sensors suffices. Utilizing hydrogen technology or a non-corrosive neutral negative oxygen ion solution, the system safely carbon deposits without compromising engine oil quality, damaging seals/gaskets, or harming mechanical components. This maintenance-friendly approach preserves vehicle integrity while optimizing engine performance

       
 

Production Display

Technical Parameter
 

Model	JET-C300	JET-C500	JET-C1500	JET-C3000	JET-C5000
Related Gas Production	300±10%L/H	500±10%L/H	1500±10%L/H	3000±10%L/H	5000±10%L/H
Suitable Engine Capacity	<0.6L	0.6-1L	1-6L	1-10L	3-20L
Function	Carbon cleaning	Standard:Carbon cleaning Optional:SCR cleaning,SCR pressure test.Test data print
Dimension Size	400x310x550mm	500x450x1000mm	650x520x900mm	1200x750x1150mm	1310x754x1285mm
Net Weight	21KG	38KG	80KG	245KG	300KG

Why choose HHO Carbon Cleaner?
 

project	HHO carbon cleaning	Fuel additives	Manifold inhalation medicament	Foam removal of carbon deposits
Carbon removal substance	Water electrolysis produces active hydrogen	Chemical reagent	Chemical reagent	Chemical reagent
Operating time	20-40 minutes	60 minutes	60 minutes	60 minutes
Environmental  protection	Complete combustion of hydrogen Significantly reduce air pollution	Incomplete fuel Combustion air pollu- tion	Air pollution and chemical waste liq- uids that are not easy to handle	Chemical waste that  is not easy to handle
Advantages&  Disadvantages	The engine is at idle speed,the combus- ion is complete,the environmental pollu- tion is reduced,the carbon removal effect is significant,there is no chemical composi- tion,it will not cause loss of engine parts, and the operation is simple and quick.	It is difficult for fuel additives and fuels to achieve the optimal mixing ratio,and the carbon removal effect is limited,which is ikely to cause fuel gelation or waxing, increased engine wear,and higher op- erating temperatures, which will corrode oil seals and other rubber components.	Most of the decar- bonizers are chemi- cal compounds, which can cause damage to engine parts.	The residual air in the oil pipeline can easily lead to unstable fuel in- jection volume of com- mercial fuels contain- ing decarbonizers,and cause the engine to be difficult to ignite and operate.Decarboniz- ing agent is easy to cause aging and damage to rubber and other parts such as ol seals.There is "liquid compression"wind shrinkage during oper- ation,and connecting rods are easily dam- aged.

PRODUCT FUNCTION


Transportation

Why choose HO carbon cleaner?
About us

Company info

Company:HENAN BOY MACHINERY CO.,LTD
Number of employee: 120 
Location: Luoyang Henan China

Our Cooperative partner

    With a global network of trusted partners, we bring cutting-edge ultrasonic cleaning solutions to customers worldwide. Our international collaborations enable us to deliver high-quality products backed by reliable service and support, ensuring customer satisfaction across diverse markets.

Key Highlights
   
    Our Digital Ultrasonic Cleaner stands out for its exceptional precision and advanced cleaning technology. Designed with durable stainless steel and equipped with a digital timer, it ensures gentle yet effective cleaning for delicate items such as jewelry, watches, and accessories. The adjustable timer allows for customizable cleaning cycles, catering to various materials and levels of contamination.

FAQ

Q1: What is the operating principle of the JET-C carbon cleaning machine?

The JET-C utilizes hydrogen-oxygen flame technology, which exhibits three key properties: adhesion to inner surfaces, catalytic activity, and high-temperature combustion (1,000-1,500°C). During operation, this flame completely incinerates grease and carbon deposits adhering to engine components. Simultaneously, the combustion process generates high-energy water vapor, which dissolves residual deposits. These dissolved contaminants are then flushed out as liquid waste during continuous combustion, ensuring thorough decarbonization.

Q2: What are the performance benefits?

• 
  1.Complete removal of combustion chamber carbon deposits

• 
  2.Increased engine horsepower and reduced vibration

• 
  3.Improved fuel efficiency

• 
  4.For SCR systems: Optimized exhaust emissions, ensuring compliance with environmental standards
  
  Q3: Does the process require engine disassembly?
  
  No disassembly is needed. The system operates via direct connection to the intake manifold, ensuring zero mechanical intervention and maximized operational efficiency
  
  Q4: What is the cleaning duration?
  
  Approximately 20 minutes per treatment cycle
  
   

  Q5: Is the process engine-safe?
  
  The hydrogen-based cleaning agent:

• 
  1.Preserves engine oil integrity

• 
  2.Non-corrosive to seals, gaskets, and components

• 
  3.Eco-friendly (aligns with national energy conservation policies)

• 
  4.Pollution-free operation

 

Q6: SCR-specific cleaning outcomes

1.Air-fuel ratio restoration to factory-standard ~14.7 via oxygen sensor cleaning

2.72% reduction in harmful emissions (CO/CH compounds) through optimized combustion

3.Ternary catalyst reactivation via high-temperature steam removal of sulfur/phosphorus contaminants

4.Non-invasive formula protects engine integrity without disassembly

5.Direct connectivity via oxygen sensor or intake manifold eliminates catalytic converter removal