The testing procedures for Child R129 Booster Car Seats are essential to ensure their effectiveness in a collision.The first is a static test. By strictly checking the structure an...
When selecting a child R129 booster car seat, several important factors need to be considered.Safety is the top priority. Look for a seat that meets or exceeds the relevant safety ...
Safety is the foremost advantage. The R129 standard, also known as i-Size, is designed to provide enhanced protection. These booster seats are engineered to better restrain a child...
In the realm of child safety in vehicles, the Child R129 Booster Car Seat plays a crucial role in ensuring proper seatbelt positioning and maximizing safety.The R129 standard, also...
Competitive Price European Standard Baby Car Seat Methods for achieving side impact protection
1. Strengthened side wing design
Side protection structure: The sides of the seat are usually equipped with thickened side wings, which can effectively absorb the impact force in the event of a collision and reduce direct damage to the child.
Shell material: The side wings are usually made of high-strength plastic or composite materials, which can provide better support and protection in the event of a collision.
2. Energy absorbing materials
EPP or EPS materials: Many seats use energy absorbing materials (such as expanded polypropylene EPP or expanded polystyrene EPS), which can deform and absorb energy in the event of a collision, reducing the impact of the impact on the child.
Buffer layer: The built-in buffer layer of the seat helps to disperse the impact force so that the force is not concentrated on a certain part of the child's body.
3. Enhanced seat belt system
Five-point seat belt: Some seats are equipped with a five-point seat belt system, which can better fix the child and provide comprehensive protection in the event of a side impact.
Seat belt positioner: The seat belt design is usually equipped with a positioner to ensure that the seat belt fits the child's body and reduces the risk of movement in the event of a side impact.
4. Structural design of the seat
Tilt angle: The tilt angle of the seat is optimized to keep the child's body stable in a collision and reduce the risk of tipping over.
Base design: Some seats have a wide base design to improve stability and reduce the possibility of tipping over in a side impact.
5. Side impact test compliance
Standard certification: Many seats are designed to undergo rigorous side impact tests to ensure that they can effectively protect children in actual collision situations. These tests are usually in accordance with European standards (such as ECE R44/04 or ECE R129).
6. Additional protection devices
Side impact pads: Some advanced models may be equipped with additional side impact pads, which can further absorb the impact in the event of a collision.
Adjustable side protection system: Some designs allow the width of the side protection to be adjusted according to the child's body size to provide better fit and protection.
7. Installation method
ISOFix system: The seat supports ISOFix installation, which can ensure that the seat is firmly fixed to the vehicle, reducing displacement in a collision, thereby further enhancing side impact protection.