In order to prevent and control the epidemic, many enterprises have taken measures to; Flexible combination of on-site and remote work; Some people, like Ke Mai's editor, continue to stage a home office overturning show!

There are also other buddies who are showing off in the workplace; Surface Base; Long lost colleague!


When the construction starts and&quo; War Epidemic; At the same time, Kemai will specially present the metallographic consumables imported from the United States to fight against novel coronavirus pneumonia. At the same time, the required metallographic consumables will be purchased, providing guarantee for metallographic sample preparation after your official commencement! At the same time, I also wish everyone good luck starting work!


Cutting consumables: Metallographic laboratory dedicated grinding wheel cutting blades+metallographic cutting cooling lubricant

The special grinding wheel cutting blade for the American QMAXIS Metallographic Laboratory is applicable to the metallographic grinding wheel cutting machine. For a variety of materials, including Tool steel, medium hardness steel, mild steel, high temperature alloy, Ferrous, non-ferrous metal and other common materials, there are corresponding grinding wheel cutting blades for selection. These wear-resistant metallographic grinding wheel cutting blades use high-density bonding and pressing technology to lower the cutting temperature, reduce the plastic shape change of the sample, improve cutting accuracy, improve cutting efficiency, and have a long service life.

QMAXIS metallographic cutting cooling lubricants from the United States, including Coolant (water-based) and Oil Coolant (oil-based) cutting cooling lubricants, meet the cooling and lubrication needs of various materials during cutting, and are widely used in various types of metallographic laboratories such as teaching, scientific research, and quality control. Cutting cooling lubricant not only helps to dissipate heat, but also can quickly remove cutting debris from the cutting point, allowing the cutting blade to achieve better cutting efficiency and preventing unnecessary surface damage to the sample.


Inlay consumables: hot pressed inlay powder; Cold embedded consumables

QMAXIS hot pressing inlay powder from the United States is suitable for inlaying materials that are not sensitive to high temperature and high pressure, especially suitable for inlaying work that requires good edge preservation and batch sample preparation.


&Flash& Flash; PhenoPowder phenolic resin, black/red, used for low hardness materials


&Flash& Flash; EpoPowder G epoxy resin (particles), black, used for high hardness materials, high edge protection, and easier cleaning


&Flash& Flash; EpoPowder F epoxy resin (powder), black, used for high hardness materials, more suitable for high edge protection of complex geometric shapes


&Flash& Flash; TransPowder acrylic resin, transparent, for visible samples


&Flash& Flash; CopperPowder copper conductive filler for SEM and TEM analysis, without analyzing copper


&Flash& Flash; GraphPowder carbon conductive filler for SEM and TEM analysis without analyzing carbon

QMAXIS cold embedding consumables from the United States are suitable for embedding specimens sensitive to high temperature and high pressure.


Epoxy resin and curing agent have good physical adsorption ability, low shrinkage rate, and can penetrate into the pores and cracks of the sample.


Acrylic resin and curing agent, with high hardness, low shrinkage, and good edge retention, are particularly suitable for rapid sample preparation requirements.


&Flash& Flash; EpoQuick epoxy resin and curing agent series, 2h/room temperature


&Flash& Flash; EpoCure epoxy resin and curing agent series, 6h/room temperature


&Flash& Flash; AcryQuick acrylic resin and curing agent series, 8-12 minutes/room temperature


Grinding and polishing consumables: metallographic sandpaper; Metallographic polishing cloth

QMAXIS Silicon Carbide Metallographic Sandpaper&flash& Flash; CarbiPaper, with complete specifications, can meet various grinding requirements for metallographic sample preparation. The abrasive medium has uniform and dense particle distribution, strong paper based toughness, and good water resistance. Special sand planting technology ensures sharp abrasive particles on the surface of the sandpaper, high removal rate, reduced subsequent processing volume, and shortened sample preparation time. The mixed abrasive coating process significantly improves the fineness of the sandpaper surface, reducing scratches and damage on the sample surface, and quickly entering the polishing stage.

 QMAXIS metallographic polishing cloth from the United States is a variety of high-quality polishing fabrics suitable for surface polishing of various materials.


--High material removal rate and excellent surface finish


--Long service life and high cost-effectiveness are significant features


--With adhesive backing


--Complete variety


Coarse polishing cloths include PlanCloth, PerfoCloth, and NylonCloth


The polishing cloths used for intermediate polishing include DuraCloth, SatinCloth, and SilkCloth


Fine polishing cloths include: MicroMet, VelCloth, FlocCloth, ChemoCloth


It's not over yet! Kemai metallographic consumables are diverse, including cutting, inlaying, and polishing. They are imported from the United States with good quality, high quality, and high cost-effectiveness. The virus is merciless, but there is love in the pulse. Welcome everyone to choose!