Metallographic Mounting Tools for Sample Preparation
Advanced Abrasives has various products for mounting devices, wafers, workpieces, and samples used throughout metallography, materials testing, and precision machining workflows. Proper mounting is critical in sample preparation, stabilizing materials during grinding, lapping, polishing, and subsequent microscopic analysis.
For the temporary mounting of semiconductor wafers for dicing or grinding and for temporarily mounting electronic devices, ceramics, crystals, ferrites, optical lenses, and gemstones, Advanced Abrasives offers Blanchard Wax and Quartz Sticky Wax. These mounting materials support machining operations that require reliable adhesion, controlled release, and stability under applied pressure and heat.
Mounting materials affect surface finish quality, dimensional accuracy, and sample integrity during preparation. In metallography and petrography, poor mounting can cause deformation, edge rounding, or sample movement, compromising results under a microscope or during hardness testing. Our mounting solutions are designed to support accurate sample preparation across laboratories, production environments, and research settings.
Crystallized Wax for the Mounting of Semiconductor Wafers for Dicing and Grinding
Our crystallized wax is composed of high-quality materials crafted to support stable wafer mounting during dicing, grinding, and polishing. Its formulation provides rigidity and adhesion that minimize vibration and movement during processing, supporting dimensional accuracy and surface finish control.
This crystallized wax is available in multiple formats, including 7/8-inch-diameter by 7-inch-long glassine-lined tubes and 3 1/2-inch and 7-inch cast bars. These options allow users to match the wax form factor to the equipment setup, wafer diameter, and production volume. Our technical team can help evaluate wax selection based on wafer material, machine configuration, and processing conditions.
Crystallized wax is often selected for semiconductor sample preparation, where thermal stability and predictable melting-point behavior are critical. Controlled adhesion supports consistent results during grinding and lapping, particularly when silicon wafers are processed prior to polishing or inspection.
Crystallized Wax for Temporarily Mounting Electronic Devices, Ceramics, Crystals, Ferrites, and Gemstones
In addition to wafer mounting, Advanced Abrasives offers Crystallized Wax for temporarily mounting electronic devices, ceramics, crystals, ferrites, and gemstones. This wax provides reliable adhesion across a wide range of materials used in electronics manufacturing, optics, jewelry, and materials research.
One of the key benefits of this Crystallized Wax is its holding strength during demanding processes. Once solidified, the wax forms a stable bond that helps prevent movement during grinding, polishing, or lapping. This stability supports consistent surface finish results and reduces the risk of damage to delicate components.
The wax also demonstrates resistance to heat and mechanical shock, which is important when mounting materials exposed to friction or pressure during machining. Its handling characteristics allow controlled application and removal, supporting workflows that require temporary mounting without residue.
Quartz Sticky Wax for Mounting of Semiconductor Wafers for Dicing and Grinding
When mounting semiconductor wafers for dicing and grinding, stability and repeatability are critical. Advanced Abrasives Corporation offers Premamount Quartz Sticky Wax, developed specifically for semiconductor applications that demand precise alignment and thermal control.
This Quartz Sticky Wax formulation combines natural and synthetic waxes with a high-purity quartz filler. The result is an adhesive material with strong adhesion, controlled melting behavior, and thermal stability that enables accurate wafer processing. These properties help maintain alignment during high-precision grinding and dicing operations.
Quartz Sticky Wax is available in multiple packaging options, including 1 lb boxes of lumps or sticks, boxes of 18 sticks, 2 oz tins, and slab form. This range supports laboratory use, pilot production, and high-volume environments where mounting consistency is critical.
Quartz Sticky Wax for Temporarily Mounting Electronic Devices, Ceramics, Crystals, Ferrites, and Gemstones
Quartz Sticky Wax is also used for temporarily mounting electronic devices, ceramics, crystals, ferrites, optical components, and gemstones. Its formulation allows it to hold irregular shapes securely, which is valuable in applications where traditional fixtures are impractical.
One advantage of Quartz Sticky Wax is its ability to maintain consistent holding strength through repeated heating and cooling cycles. It can be removed cleanly without residue, which is important for sensitive materials and the preservation of surface finishes. This makes it suitable for intricate assembly, polishing, and inspection workflows.
The wax remains easy to manipulate, allowing technicians to position samples accurately prior to processing. Its stability under pressure supports efficient machining while reducing scrap and rework.
The Role of Mounting in Metallographic Sample Preparation
Mounting is a foundational step in metallographic sample preparation. A properly mounted sample provides support during grinding and polishing, helping maintain flatness and minimizing deformation at edges and interfaces.
In metallography, mounting materials influence how force and pressure are distributed during preparation. Poor mounting can affect microstructure visibility, etching behavior, and results observed under optical and electron microscopes. Reliable mounting supports accurate microscopy, hardness testing, and surface evaluation.
Advanced Abrasives mounting products are designed to integrate into metallographic workflows that include sectioning, mounting, grinding, polishing, and analysis. This supports laboratories performing routine materials testing as well as advanced research applications.
Compatibility With Laboratory Equipment and Processes
Advanced Abrasives mounting materials are compatible with a wide range of laboratory equipment and preparation processes. These include manual and automated grinding machines, lapping systems, polishing wheels, and sample preparation presses.
Mounting waxes are commonly used alongside abrasives such as silicon carbide papers, diamond compounds, and polishing suspensions. Their behavior under heat and pressure supports stable sample positioning during rotation and surface contact.
These mounting solutions are used in labs performing metallography, petrography, materials science research, and quality control testing. They also support preparation prior to hardness testing methods, such as the Rockwell and Brinell hardness tests and indentation hardness measurements.
Material Versatility and Application Range
Advanced Abrasives mounting products support a wide range of materials and substrates. These include metals such as steel, stainless steel, carbide, and aluminium, as well as ceramics, glass, silicon, carbon-based materials, and gemstones.
Mounting waxes are commonly used when temporary adhesion is required without permanent bonding. This makes them suitable for applications where samples must be removed intact after grinding, polishing, or inspection. Their versatility supports workflows across electronics manufacturing, semiconductor processing, jewelry fabrication, optics, and engineering labs, where consistent sample preparation supports reliable analysis.
Contact Advanced Abrasives Today for Quality Mounting Devices, Wafers, Work Pieces, and More
Advanced Abrasives Corporation offers a focused range of mounting solutions for semiconductor wafers, electronic devices, and metallographic samples. Our crystallized wax and quartz sticky wax products are formulated to provide consistent adhesion and stability during grinding, polishing, and lapping processes.
These mounting materials support accurate surface preparation and reliable results across laboratory and production environments. Contact Advanced Abrasives to request more information, discuss your application, or obtain guidance on selecting the right mounting solution for your sample preparation workflow.