SCANDIBOND

SCANDIBOND: Perfect Sample Fixation with Adhesive Wax for Materialography

In materialography, sample fixation plays a central role in material separation and analysis. This step aims to securely and precisely attach material samples to a holder plate, preparing them for subsequent sample preparation steps such as cutting, grinding, and polishing. The process begins with the preparation of material samples, involving steps like cutting, grinding, and polishing to achieve the desired size and surface finish. Subsequently, the holder plate is selected, typically made from glass, metal, or plastic, depending on the specific analysis requirements, ensuring that it securely holds the samples without causing damage. The actual sample fixation is carried out by applying adhesive wax, such as SCANDIBOND, to the surface of the holder plate. This step requires precision to ensure that the samples are securely fixed. The precise positioning of the samples is crucial for enabling accurate analysis. After placing the samples, they are gently pressed to ensure they are firmly in contact with the adhesive wax or glue. Depending on the adhesive used, a curing time may be necessary to ensure the samples are securely fixed. During this time, the adhesive wax or glue solidifies, forming a stable connection between the samples and the holder plate. Once the samples are securely fixed, and the adhesive wax or glue is fully cured, they can be prepared for the subsequent steps of material separation and analysis. SCANDIBOND has established itself as an indispensable tool in sample fixation. The technical background: The precise fixation of material samples to the base holder plate is crucial to ensure consistent quality and reproducibility in materialography. SCANDIBOND enables reliable sample attachment, even under challenging working conditions. SCANDIBOND stands out for its unique feature that allows material samples to be easily detached after fixation by gently heating. This characteristic is particularly important as it preserves the integrity of the sample, minimizing the risk of deformation or damage. SCANDIBOND allows precise control of the separation temperature, avoiding deformations, which is especially valuable when working with fragile or heat-sensitive samples.