CE certification concrete mixers refer to those devices that meet the safety, health and environmental protection standards set by the European Union and are allowed to circulate and use freely in the EU market. CE certification is a way for manufacturers to prove that their products meet the basic requirements of all relevant directives of the European Economic Area (EEA). CE-certified concrete mixers comply with the requirements of the EU "2006/42/EC Machinery Directive" and other regulations, and have the advantages of safety, stability and environmental protection. They are essential qualifications for entering the European market.

Core requirements of CE certification for concrete mixer
- Compliance with the Machinery Directive
It is necessary to meet the safety requirements of the EU "2006/42/EC Machinery Directive" for design, manufacturing and installation to prevent personal injury and property loss. For example, the mixing drum must pass the durability test, the hydraulic system must have overload protection, and the operating platform must be equipped with guardrails or anti-slip facilities.
- Electromagnetic compatibility and electrical safety
It must comply with the "2014/30/EU Electromagnetic Compatibility Directive" and the "2014/35/EU Low Voltage Directive" to ensure that the equipment operates stably in a complex electromagnetic environment, and the electrical system has functions such as overcurrent protection and grounding test.
- Environmental protection and emission standards
Internal combustion engine models must comply with the EU Euro VI emission standards, adopt advanced combustion technology and exhaust gas treatment systems to reduce nitrogen oxides, carbon dioxide and particulate matter emissions. At the same time, they must pass noise control tests and reduce mechanical vibration and noise transmission by optimizing the hydraulic system, engine and mixing drum design.

Technical implementation path of CE certification concrete mixer:
- Structural safety enhancement
The frame and mixing drum are made of high-strength steel, and the stress distribution is optimized through finite element analysis to ensure long-term stable operation under heavy load conditions. For example, the mixing drum needs to pass the rotation fatigue test to verify its ability to resist damage under harsh conditions.
- Hydraulic system optimization
Equipped with pressure sensors and safety valves to monitor and limit system pressure in real time to avoid accidents caused by overload. The hydraulic pipeline needs to pass the burst pressure test to ensure sealing and reliability under extreme conditions.
- Safety protection design
The operating platform needs to be equipped with an emergency stop button and a fault diagnosis system to monitor the operating status of key components in real time. For example, the bearing temperature is monitored through a vibration sensor, and an alarm is automatically triggered and the machine is shut down when the temperature is abnormal.

Many brands of concrete mixers on the market have passed the CE certification, we Haomei Machinery are included. For example:
- Small concrete mixers: Suitable for small-scale construction sites or individual users, these concrete mixers are usually small in size, easy to move, and can meet basic concrete mixing needs.
Large concrete mixers: Suitable for large-scale engineering projects, with large capacity and higher production efficiency, capable of handling large amounts of concrete mixtures.
- Self loading concrete mixers: This type of concrete mixer is equipped with an automatic loading system that can complete the loading of materials without the need for additional mechanical equipment. It is very suitable for use in difficult-to-access places or construction sites with limited space.