What are the main tests for plastic EU reach? The REACH detection of plastics mainly tests chemical safety and physicochemical properties.

Specifically, REACH testing projects cover the chemical safety performance of plastic products, such as testing for explosiveness, oxidation, corrosiveness, etc; It also includes testing of ecotoxicological properties, such as acute and chronic toxicity, mutagenicity, and teratogenicity. In terms of physical chemistry, REACH detection items include tests such as relative density, ignition point, and self ignition temperature.

Plastic REACH testing is a type of REACH testing used to detect and evaluate the content of harmful substances in plastic products. The following is the process of REACH detection:

1. Fill out the application form. The application form should include information such as company name, address, sample name, reporting language, reporting method, and sample sending requirements.

2. Send samples. Sending samples to the testing agency generally requires 50g of solid and 50ml of liquid (sealed, container free from damage or leakage), or the finished product being split by the testing agency and informed of the quantity of split materials.

3. Confirm the quotation information and sign and stamp it back.

4. Testing. After the test is completed, there will be a qualified report.


In addition, when conducting REACH testing on plastic products, the following issues should be noted:

1. REACH is a strict and complex regulation that requires professional personnel to perform both detection and enforcement.

2. Different types of plastic and synthetic materials have different testing requirements and methods.

3. When filling out the application form and sending samples, it is important to ensure the accuracy of all information and the consistency of the samples to avoid confusion or errors.

4. When confirming the quotation information and signing and stamping the return, attention should be paid to the details and rationality of the expenses to avoid disputes in the future.

In short, before testing, multiple considerations and preparations should be made to minimize problems. If uncertain issues or high-risk samples are encountered, it is recommended to consult professionals or seek help from relevant institutions.