loading

Gester Instruments | Professional Textile, Footwear and PPE  Testing  Equipments Manufacturers Since 1997


Products
Test Standard
Products
Test Standard

Child safety seat collision test method

1. my country’s child safety seats need to undergo a crash test before they are marketed. At present, child safety seats produced in my country need to pass a crash test to determine whether they meet the safety standards in the 'Child Occupant Restraint System for Motor VehiclesWhen consumers buy child safety seats, they should choose branded products that pass this standard to protect children's driving safety. That is to say, only child safety seats that meet the standards of the 'Child Occupant Restraint System for Motor Vehicles' can be sold on the market. 2. What is the basis for the collision test of child safety seats? Yu Feng, deputy director of the Passive Safety Testing Technology Institute of Shanghai National Motor Vehicle Product Quality Supervision and Inspection Center, pointed out that when child safety seats are undergoing dynamic collision tests, the head of the seat should be Values u200bu200bsuch as displacement, chest acceleration, and abdominal invasion are clearly required to ensure the safety seat's protective effect on children. In the crash test, a 3-year-old dummy of 15kg was used, and the speed at the time of collision was 50km (when the car suddenly collided or braked at a speed of 50km/h while driving, the objects in the car would produce 30-40 times its own weight. Impact force. If the baby is 15kg, the impact force generated during the collision will be 450-600kg). According to the standard, when encountering a frontal collision, the displacement of the dummy's head on the child safety seat cannot exceed 550 mm. The experiment seems complicated, but in fact, everyone only needs to focus on a few data. 1. The 3ms cumulative value of the synthetic acceleration of the dummy's chest, regardless of the complexity of the name, just remember that if this value is greater than the value specified by the law, the human body may become unbearable. 2. Dummy head displacement, this displacement law also clearly stipulates the limit, if it exceeds, there is a danger of collision. 3. Experimental environment and tools 1. Introduction to the experimental site The destination of this trip is the key laboratory of the China Automotive Technology Research Center. This laboratory can achieve multi-angle crash tests at different speeds of vehicle-to-vehicle, and more realistically simulate actual road traffic Accident, and multi-angle car-to-car crash test can be carried out. It is currently one of the most advanced automobile safety test laboratories in the world. 2. Introduction to the experimental tools 4. Experimental process 1. Installing the car seat The first step in the experiment is to install the car seat. The picture above shows the crash test room engineer fixing the 'car seat' on the crash test bench. Don't underestimate the fixing of the 'car seatThe above picture shows the final proofreading of the seat installation by the test engineer using the laser alignment instrument to ensure the accuracy of the experimental data. 2. Install the child safety seat After installing the car seat, the engineer fixes the child safety seat on the car seat very carefully. The child safety seat is installed. The wooden tool above is to make the dummy's back and the actual child have a certain gap between the seat. 3. Installing the dummy. Someone asked if the dummy was transported by such a large truck? ! The answer is yes, because the dummy is a high-precision instrument. Regardless of his ordinary appearance, his core is quite powerful. The market price of such a child dummy is also around 200,000. Just watch the engineer carry the dummy to know how heavy the stuff is. The weight of the dummy and the child of the same size can be the same. Engineers are linking the collision test data line to the dummy to test the dummy's head displacement, chest pressure and other data. 4. Confirm that the safety seat and the dummy are successfully installed. The engineer installs the dummy on the child safety seat and confirms that the dummy is installed successfully through appearance correction and observation of electronic equipment. 5. Test the opening force of the seat belt. The tester confirms the opening force of the seat belt. This link is essential. If it is higher than the standard, the seat is problematic. 6. The formal crash test experiment officially started. The entire crash process was very short. The testers used the crash instrument to simulate the collision of the vehicle at a speed of 50 km/h from the front. After the collision, the tester checks whether the various data obtained after the collision with the safety seat simulator is installed are in compliance with the corresponding national standards (that is, whether the test data is within the range of the several key data reference indicators introduced earlier) , And then make corresponding conclusions. So far, this experiment has been successfully completed. More about automotive interior tester: http://www.standard-groups.com/MaterialofAutomotive/

There are many issues that affect tensile tester manufacturers, which has led to the need of getting specialists trained in certain areas so as to handle all issues that may arise as well as textile testing equipment products that can solve tensile tester manufacturers problems.

If you are interested in any of textile testing equipment, please feel free to contact us.

GESTER International Co.,Limited employs a numbers of citizens, helping them and their families achieve a higher standard of living.

GESTER International Co.,Limited will need to find one that fits our needs and budgets, and still turns out a quality product.

textile testing equipment are less complex compared with tensile tester manufacturers.

GET IN TOUCH WITH Us
recommended articles
What Are the Test Methods for Fabric Bursting Strength?
Fabric bursting strength measures resistance to rupture under concentrated load. Three primary test methods are used:

Ball Burst Method (ASTM D3787): Steel ball penetration for textiles/films using testers like GT-C02-2.

Hydraulic Method (ISO 13938.1): Fluid pressure on rubber diaphragm for industrial fabrics via GT-C12A.

Pneumatic Method (ISO 13938.2): Compressed air for breathable materials tested with GT-C12B.
Results are influenced by raw materials, yarn properties,
Strengthening Safety Standards: The Role of a PPE Testing Equipment Supplier at A+A
The A+A Trade Fair in Düsseldorf (2026) highlights tightening global PPE safety regulations, shifting the industry from basic compliance to comprehensive performance verification. As international standards (ISO, EN, ASTM) become more granular, professional PPE testing equipment suppliers like GESTER play a pivotal role in bridging theoretical standards and practical implementation. GESTER’s high-precision, multi-standard testing tools (covering cut resistance, thermal protection, liquid penetration, etc.), backed by ISO 9001 certification and partnerships with SGS/TUV, ensure data traceability, reliability, and compliance. With 20+ years of expertise, modular innovation, and holistic service (calibration, training), the supplier supports manufacturers and laboratories in meeting stringent safety benchmarks, enabling global market entry and safeguarding worker lives. Strategic procurement of such future-ready equipment is key to long-term occupational safety success.
How to Know the Fabric Shrinkage Test for Your Projects
Master fabric shrinkage testing with this definitive guide. Understand causes of shrinkage, industry standards (ISO, GB, AATCC), step-by-step testing methods using Wascator equipment, and strategies to minimize shrinkage for superior garment quality and customer satisfaction.
Technical Insight: How a Professional EN388 Gloves Tester Company Evaluates Durability
In industrial settings, protective gloves’ durability is critical for workplace safety, with the EN388 standard serving as the global benchmark for evaluating abrasion, cut, tear, and puncture resistance. GESTER International Co., Ltd., a professional EN388 gloves tester company with over 20 years of experience, delivers high-precision testing solutions to ensure accurate and reliable durability assessments. Equipped with advanced instruments like the Safety Glove & Shoe Upper Cutting Tester GT-KC29—featuring LCD display, real-time monitoring, and compliance with EN, ISO, and ASTM standards—GESTER’s solutions meet the rigorous demands of laboratories, manufacturers, and international testing institutes such as SGS, TUV, and Intertek. Adhering to ISO 9001 quality management systems and offering comprehensive after-sales support (installation, training, calibration), GESTER empowers clients to validate PPE performance, mitigate workplace risks, and achieve global regulatory compliance. For trusted EN388 gloves durability testing equipment and integrated laboratory solutions, GESTER is the preferred partner in the PPE industry.
Heat Contact Machine GT-C101-The Ultimate Selection Guide

The Heat Contact Machine GT-C101 is a specialized testing instrument designed for evaluating the heat resistance and thermal protective performance of gloves, protective clothing, and other heat-resistant materials used in high-temperature environments. In industries such as smelting, casting, welding, and glass manufacturing, workers are frequently exposed to intense heat, making accurate testing of contact heat resistance essential for ensuring safety and compliance.

GT-C101 simulates real working conditions by measuring heat transfer delay and thermal transmission under instant contact with high-temperature surfaces. Fully compliant with EN 407, EN 702, and ISO 12127-1 standards, this machine provides precise, repeatable data for manufacturers, laboratories, and research institutions. With high-temperature capability up to 500°C, advanced calorimetry, digital monitoring, and adjustable contact speed, the Heat Contact Machine GT-C101 is an indispensable tool for developing and certifying next-generation PPE and heat-insulation materials.
How to Improve Textile Quality with the Fabric Bursting Strength Tester
Ensure textile durability with the GT-C12A Fabric Bursting Strength Tester, a pneumatic testing device for woven/knitted fabrics, nonwovens, paper & leather. Compliant with ISO, ASTM, & JIS standards, it offers precise digital readings, automatic sensing, and intelligent software for quality control. Discover how this tester improves material performance & prevents defects in production.
A Complete Guide to Martindale Testing by the Best Martindale Abrasion Tester Supplier
Durability is critical for textiles and footwear, and Martindale testing is the gold standard for measuring abrasion resistance and pilling performance. This guide dives into Martindale testing’s core mechanics (Lissajous figure multi-directional friction), strategies to boost testing accuracy (sample clamping, load calibration, abrasive standardization), and compliance with international standards (ISO 12947, ASTM D4966, EN). As a top Martindale abrasion tester supplier with 25+ years of expertise, GESTER International delivers high-precision instruments (Martindale Abrasion Tester GT-C13B, etc.) certified to ISO 9001 and trusted by SGS, Bureau Veritas, and other global testing institutes. Beyond machinery, GESTER offers global technical support, on-site installation, and calibration services. The guide also includes a procurement framework to help labs select tailored Martindale testing solutions. For reliable, standard-compliant durability testing, GESTER is your trusted partner.
 Fabric Pilling Test: How to Choose the Right ICI Pilling Box Tester GT-C18
Fabric pilling directly affects the appearance, durability, and perceived quality of textile products. With global textile brands enforcing stricter testing standards, reliable laboratory testing equipment has become essential for manufacturers. This article explores how fabric pilling tests are conducted and why textile laboratories increasingly invest in professional ICI pilling box testers such as the GT-C18. It explains the advantages of in-house testing, international compliance requirements, key machine components, and important parameters buyers should evaluate before purchasing a pilling tester. By selecting the right equipment, textile companies can achieve faster quality verification, reduce dependence on third-party laboratories, and ensure their fabrics consistently meet international market standards.
Analysis of Pilling Influencing Factors and Testing Methods
Pilling testing plays a vital role in textile quality control, helping manufacturers evaluate and improve the wear performance of fabrics. Through the use of advanced instruments like ICI Pilling Box Test Method (GT-C18) , Martindale Abrasion Test Method (GT-C13B) , and Random Tumble Pilling Test Method (GT-C19A) , laboratories can conduct precise and standardized assessments, ensuring that final textile products deliver superior appearance, comfort, and longevity.
Four Color Fastness Test Method for Laboratory Drying Oven
GESTER’s laboratory drying oven is designed for textile color fastness testing, including perspiration, seawater, water, and saliva resistance. Compliant with ISO, AATCC, GB, and JIS standards, it ensures precise heating and drying for accurate test results. Learn the step-by-step four color fastness test method and its applications.
no data
QUANZHOU GESTER INTERNATIONAL CO.,LTD gains certificates of ISO 9001, 3A and SGS Audited supplier etc. with advanced design concept, excellent manufacturing technology and strict quality control.
WeChat

Contact us
Tel: +86-595-28886108 
Fax: +86-595-22515221
E-mail: sales10@gester-instruments.com,
                 info@gester-instruments.com
Mobile/Whatapp/ Wechat:  
             + 86 018059983973
Address:  Block 402,4th floor, f buliding, shengfulan business Center, no.577 jitai road, economic and  Technological development zone quanzhou of fujian.China.
Customer service
detect