HTS558 Engine Cleaner is cleaning the car engine.

HTS558 Engine Cleaner uses crushed walnut shell particles with high-pressure air to clean engine intake carbon deposits.

Product Guide

Why and How to Use a HTS558 Engine Cleaner?

The HTS558 Engine Cleaner actively uses crushed walnut shell particles as a cleaning medium. It jets the particles into the engine intake pipe with high-pressure air, applying impact and friction to the workpiece surface.

This process removes dirt, oil, rust, coatings, and carbon deposits. The machine then recovers walnut sand and impurities through a specialized recycling suction pipe, making the cleaning process more controlled and reusable.

Guide 01

Walnut shell engine cleaning

What Is a HTS558 Engine Cleaner?

HTS558 Engine Cleaner uses crushed walnut shell particles as a cleaning medium. High-pressure air jets the particles into the engine intake pipe, where impact and friction help remove dirt, oil, rust, coatings, and carbon deposits from the workpiece surface.

After cleaning, the machine recovers walnut sand and impurities through a specialized recycling suction pipe. This recovery process is important because it helps collect both the cleaning media and the removed contamination instead of leaving them inside the work area.

Guide 02

Carbon deposition cleaner advantages

Why Choose a Carbon Deposition Engine Cleaner?

The original article compares walnut shell cleaning with conventional bottle cleaning and highlights four reasons to choose HTS558: natural media, no residual carbon, stronger cleaning effect, and economic/time cost savings.

Natural Environment

Conventional bottle cleaning uses chemical cleaning agents. If the cleaning agent is poor quality or used improperly, it can cause corrosion of engine parts and serious loss of engine airtightness. Walnut sand is a natural material and will not cause corrosion or damage to the car engine.

No Residual Carbon

During bottle cleaning, decomposed carbon residue is not discharged and may remain in the combustion chamber. This can affect the combustion process, may cause detonation, and can damage parts such as the injector and cylinder block. HTS558 adopts a 1200W motor with strong suction power, which can recover carbon and help avoid this damage.

Strong Cleaning Effect

Bottle cleaning can only clean some surface carbon and cannot completely remove deposits, especially in narrow pipelines. For older cars with solid carbon build-up, the effect can be worse. HTS558 uses an external air source to effectively remove carbon build-up mixed with impurities.

Economic and Time Cost Savings

Bottle cleaning carbon deposits requires a good cleaning agent and long waiting time, which raises the cost of engine cleaning. HTS558 provides strong cleaning performance, and the walnut grit can be recycled, greatly reducing cleaning cost.

Guide 03

Installation, preparation, and operation

How to Use the HTS558 Engine Cleaner

The original operating process is divided into installation and connection, preparation, and operation. Each stage should be completed carefully before cleaning begins.

1. Installation and Connection

  • After unpacking the product and placing it in the work area, remove the grit recovery hose from the accessory storage box and attach it to the product’s grit recovery hose connection.
  • Remove the grit recovery hose elbow from the accessory storage box and attach it to the other end of the grit recovery hose.
  • Remove the sandblasting gun hose from the accessory storage box and attach it to the sandblasting gun.
  • Insert the sandblasting gun into the round hole in the elbow of the grit recovery hose.
  • Connect the shortcut connector for the external air source to the product’s air inlet port.

2. Preparation

  • Open the latches on both sides of the product’s head cover, remove the head, take the walnut grit from the accessory storage box, pour it into the sand storage bucket, and load the head in order.
  • Take out the goggles from the accessory storage box and put them on.
  • Remove the intake manifold of the automobile engine and observe carbon deposits in the cylinders and valves, and whether the intake and exhaust valves are closed.
  • Confirm that the sandblasting gun, dust suction hose connector, and vehicle model adapter have been completed in the appropriate mating combination.

3. Operation Process

  • Turn on the power switch and place the machine in working condition.
  • Trigger the switch of the sand blasting gun to start removing carbon deposits.
  • After cleaning the carbon, use the dust blowing gun to blow out residual sand particles.
Guide 04

Cleaning value

Benefits of Using a Carbon Deposition Engine Cleaner

When choosing walnut sand cleaning, the value is not only efficient cleaning technology. It is also a more responsible approach toward the environment and future generations.

This cleaning method can penetrate deep into intricate engine parts and remove oil, rust, and carbon deposits, helping rejuvenate equipment and restore working efficiency. Walnut sand is a renewable resource, and recycling this material helps reduce cleaning costs and environmental pressure.

HTS558 combines walnut shell media, strong suction recovery, and recyclable grit to support cleaner engine intake maintenance.

HTS558 Summary

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