Transdermal formulation release liner removal testing is an important procedure for evaluating the quality of transdermal delivery systems. It ensures that the release liner can be smoothly removed. CD Formulation offers professional transdermal formulation release liner removal testing services.
transdermal formulation release liner removal testing is a method used to evaluate the ease of removal of a release liner from a transdermal patch or formulation. A release liner is a protective layer that covers the adhesive side of a transdermal patch or formulation before it is applied to the skin. Testing the removal of this liner is important to ensure user convenience and correct use of transdermal products. Easily remove the release liner to enhance the overall experience.
Through testing, we can provide you with the following services:
The following is our process for transdermal formulation release liner removal testing:
Fig.1 Flow chart of release liner removal testing (CD Formulation)
We are equipped with various instruments for transdermal formulation release liner removal testing:
Instrument | Description |
Multifunctional tensile machine | Used to measure the force required to remove a release liner. This force gauge accurately measures tiny forces to help assess the ease of the removal process. |
Timer | Record the time it takes from initial attempt to remove the release liner to complete removal. |
Microscope | Used to check the microstructure of transdermal preparations after removing the release liner, especially whether the drug layer and backing are damaged or contaminated. Microscopes can help identify tiny defects or contamination. |
Transdermal formulation release liner removal testing is critical to ensure user satisfaction, treatment compliance, safety, and regulatory compliance of transdermal products. It plays a vital role in improving product performance and overall user experience. If you have any needs, please feel free to contact us and our colleagues will reply to you within three working days.