Through advanced filtration technology and high - quality materials, we ensure that our DPFs meet the most stringent environmental standards helping to improve air quality and protect the environment.
The following are solutions for DPF issues:1. Automatic cleaning mode: When the DPF indicator light turns green, the system will automatically perform the regeneration process without human interventi···
A major hidden danger of automobile exhaust emissions is the use of waste DPF. How to carry out regeneration treatment?1: What is waste DPF regeneration equipmentThe waste DPF regeneration equipment i···
In the modern automobile industry, there is a seemingly insignificant part that plays a key role in environmental protection, that is, the three-way catalytic converter. As the core component of vehic···
Conclusion: From Passive Response to Active ControlThrough the high-altitude failure response strategy presented in this article, Isuzu D-MAX users can achieve the following goals:Improvement in regen···
Technology Extension: Intelligent Monitoring and Active Protection1. High altitude DPF health management systemHardware configuration: Install altitude sensor (accuracy ± 5 meters); Upgrade DPF tempe···
Maintenance and upkeep standards for plateau DPF1. Fuel and oil selectionFuel standard: National VI B diesel (sulfur content ≤ 10ppm) must be used; Recommend adding fuel additives containing DPF clea···
Guidelines for High Altitude DPF Regeneration Operation1. Active regeneration processStep 1: Environmental condition confirmationAltitude requirement:≤4500 meters (it is recommended to stop and regen···
Preventive Technical Scheme for High Altitude DPF Failure1. Hardware upgrade strategyOption 1: DPF regeneration auxiliary heating systemTechnical principle: Install an electric heating wire (power 1.5···
The core challenge of DPF regeneration under high-altitude working conditions1. The impact of high-altitude environment on DPF systemThe 4JJ1/4HK1 series diesel engine equipped on the Isuzu D-MAX (Ima···
Three-way catalysis refers to the conversion of harmful gases such as CO, HC and NOx from automobile exhaust into harmless carbon dioxide, water and nitrogen through oxidation and reduction. The carri···