Description
It is cured chemically at room temperature and pressure.So it can be used to treat samples that cannot withstand the high temperature and pressure of compression mountingEpoxy resin has good physical adsorption capacity and low shrinkage rate, which can penetrate into the gaps and cracks of the sample.Acrylic resin is often used in scenarios that require a short period of time.
Protect Sample With Low Cure Temperature
Suitable for low-melting-point metals (such as tin,lead and their alloys), plastics, coatings, andthermal spray coatings, ensuring that they do nothave physical deformation during mounting.
Excellent Chemical Stability
Epoxy resins possess excellent chemicalstability ,suitable for samples requiring strong acidand alkali corrosion.
Provide Firm Support
The low viscosity and excellent permeability ofepoxy resins allow them to penetrate deep intoeven the finest pores, providing three-dimensionalsupport, making them suitable for powder metallur-gy parts,porosity in castings etc.
Spending Less Preparing Time
Acrylic resins cure quickly (10-20 minutes), providingsamples ready for observation rapidly. This significant-ly saves time and costs in cases where edge preservation is not critical.
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