Nano Air Intake System Cleaner

Regular price
105.00
Sale price
105.00
Regular price
0
Sold out
Unit price
Quantity must be 1 or more

```html

Nano Air Intake System Cleaner ISO9001 Certified 375ml

Nano Air Intake System Cleaner includes ISO9001 certification and a 375ml volume for effective carbon deposits removal.

Flashpoint of 70°C ensures thermal safety during application in petrol and diesel engines.

Chemical composition activates immediately for deposit breakdown in air intake systems.

Key Specifications

ISO9001 certification guarantees quality in the formula, which targets carbon buildup in combustion chambers.

Engine compatibility extends to petrol and diesel types, including fuel injection and EGR systems.

  • ISO9001 certification for quality assurance
  • Flashpoint of 70°C for safe handling
  • 375ml volume for precise dosing per application
  • Immediate activation for efficient carbon deposits removal

Deposit removal process covers heavy buildup in air intake pathways and EGR systems.

Application Details

Specialized injection equipment connects to the system for product delivery through intake passages.

Process involves injecting 375ml, breaking down deposits, and purging the system in one session.

  1. Connection to injection equipment
  2. Injection of 375ml through intake passages
  3. Breakdown of carbon deposits in engine components
  4. Purge to clear the system

Specifications ensure compatibility with engine materials, avoiding damage during use.

Recommended maintenance frequency is every 30,000 miles for optimal engine performance.

Common indicators for use include reduced fuel efficiency and poor engine operation.

Additional Specifications

Advanced chemical composition optimizes air intake efficiency in modern vehicles.

No extended waiting periods required, fitting into routine automotive upkeep schedules.

Superior compatibility maintains system integrity across petrol and diesel engines.

Formula supports versatile application without needing advanced training.

```
Go to full site