Constant Temperature and Humidity Chamber Test Wooden ground floor humidity resistance

The constant temperature and Humidity Chamber can be used to test the moisture and heat resistance of wood flooring materials to evaluate its stability and quality in high humidity and high temperature environments.

application:

Wood flooring is a common floor covering material, often used in interior decoration and building structures. During long-term use and storage, wooden flooring will be affected by high temperature, high humidity and other environments, resulting in changes in its performance and appearance. The moisture and heat resistance test of wood flooring can be used to evaluate the stability and quality of wood flooring materials in high humidity and high temperature environments, so as to determine their adaptability during long-term use and storage. This test is usually used for quality control and pre-production evaluation of wooden flooring, so as to ensure that it meets national standards and customer requirements.

experiment procedure:

The following are the basic steps for the constant temperature and Humidity Chamber to be used for the moisture and heat resistance test of wooden floors:

1. Prepare Specimens: Prepare the required wood floor samples according to standard methods.

2. Cutting Specimens: According to standard methods, the wooden floor is cut to the required size and shape for placement in the Test Chamber.

3. Set test conditions: According to test standards, set the constant temperature and humidity conditions of the Test Chamber. Typically, the temperature is between 40°C and 60°C and the humidity is between 75% and 95%.

4. Carry out the test: Place the sample in the test box and keep the test conditions, usually for at least 48 hours, during which the test results should be checked and recorded regularly.

5. Check the results: After the test, the samples were removed and evaluated. The evaluation includes the appearance of the wooden floor, surface quality, corrosion resistance, strength, etc.

6. Analyzing the results: According to the test results, the stability and tolerance of the wooden floor are determined. If the wood floor changes during the test period, further adjustments and improvements to the test conditions will be required.

Beichao reminds you: During the test, you should pay attention to keep the laboratory dry and hygienic, and operate in accordance with the standard operating procedures to ensure the accuracy and repeatability of the test. In addition, before conducting the test, you should also understand the specific requirements and methods of the test standard to ensure that the test results meet the requirements.