Cermark On Ceramic Mugs

The basic components of the thermark and cermark marking materials including liquids and pastes both consist of traditional ceramic glazing materials with the addition of a thermal absorber.

Cermark on ceramic mugs. Lmc 6044p is a premium water based black laser marking paste product that provides an easy environmentally preferred clean up. These products are scientifically formulated to create a permanent chemical bond to glass or ceramic surfaces. If possible you should always perform a power grid on a practice piece to determine the optimum. Tom leitheiser from jds industries demonstrates cermark s marking spray for lasering.

We supply cermark special coatings for use with co2 and fiber laser marking engraving systems to make high contrast permanent marks on metals glass and ceramic items. Tom leitheiser from jds industries demonstrates cermark s marking spray for lasering glass and ceramic. When using cermark metal marking solution remember that not all metals use the same speed setting metals that are thick will require more heat energy and a slower speed setting. Colored marks on challenging substrates thermark offers several products specially engineered for optimal laser marking of glass and ceramics.

The traditional use of such glazing material requires it to be applied to the surface of a ceramic object and then baked in a very hot kiln. Cermark ultra can be used on a variety of materials such as glass ceramic tile brick dinnerware mugs stone slate and porcelains. There are several laser marking coating types that allow you to offer more options for your customers without having to buy additional marking equipment. The ceramic glazing material is a mixture of glass frit small particles of partially fused glass designed to melt at a much lower temperature than ordinary window glass with pigments for coloring.

Co2 laser wavelength causes cracking in glass. A high contrast smoother blacker mark. Engravers network is a distributor for both thermark cermark laser marking solutions for the laser owner. Softer metals like aluminum and pewter also require more heat energy and a slower engraving speed setting.

In order to minimize damage to glass with a co2 laser it is essential to use low power and slower speeds in an attempt to melt the material onto the glass without damaging it.