![]() ![]() The exact composition of correction fluid varies between manufacturers, but most fluids are composed of an opacifying agent, a solvent (or thinner) and an adulterant 'fragrance' to discourage abuse. ![]() Correction fluid was applied on a glass base (visible in the bottom-right corner of all SEM images). The micro-structural details of the copolymer resin are visible under high magnifications. With the advent of colored paper stocks for office use, manufacturers began producing their fluids in various matching colors, particularly reds, blues and yellows.Ĭomposition Correction fluid copolymer visualized under scanning electron microscopy (SEM). One of the first forms of correction fluid was invented in 1956 by American secretary Bette Nesmith Graham, founder of Liquid Paper. The brush applies the fluid to the paper.īefore the invention of word processors, correction fluid greatly facilitated the production of typewritten documents. It is typically packaged in small bottles, with lids attached to brushes (or triangular pieces of foam) that dip into the fluid. Once dried, it can be handwritten or typed upon. Question : What is the difference between the Black and White Buffs?Īnswer : The Black Buff is designed for darker stones such as Absolute Black and the White Buff is designed to be used for lighter color granites.A correction fluid is an opaque, usually white fluid applied to paper to mask errors in text. The Twistouch Turbo Buff is rigid and will not pick up any stone debris which could create tiny fine scratches on the surface of the material. Question : Can I use my Ceramica Buff disc for flat area buffing?Īnswer : For flat surface buffing, Alpha® recommends the Twistouch Turbo discs. The flexibility of the rubber backer pad will help the Ceramica Buff disc to heat-up the material quicker. Question : Which type of backer pad should I use with Ceramica Buff, Flexible or Rigid?Īnswer : Alpha® recommends using Flexible Backer pads with Ceramica Buff. When the water starts to evaporate, the Ceramica Buff disc will create friction on the material, which will cause the material to start to heat-up and create the high gloss and color. Once you apply water to the material, turn off the water supply and start the buffing process. Alpha® Ceramica Buff discs are designed to work with a little water and we always recommend applying water on the material before using the discs. Question : Can I use Alpha® Ceramica Buff completely dry without using any water?Īnswer : No. Question : What tools should the Alpha® Ceramica Buff discs be used on?Īnswer : Alpha® recommends central water-feed polishers such as the Alpha® AIR-680 and VSP-320. Question : What is the RPM range at which I should use the Alpha® Ceramica Buff?Īnswer : Ceramica Buff should not exceed 4,000 RPM. Question : In what sizes are Ceramica Buff offered in?Īnswer : Alpha® Ceramica Buff discs are available in 3”, 4” and 5”. Using Ceramica Buff on engineered stone may over-heat the engineered stone causing the material to turn white. The purpose of using Ceramica Buff is to generate heat build-up to create high gloss and color on natural stone. ![]() Ceramica Buff should not be used on engineered stone material. Question : Can I use Alpha® Ceramica Buff on engineered stone material?Īnswer : No. Question : What materials can I use the Alpha® Ceramica Buff on?Īnswer : Alpha® Ceramica Buff is designed for use on granite and some marbles. The Alpha® Ceramica Buff is for wet granite hand polishing. A consistent performer, the professional quality provided by these discs, is unmatched. For an especially super high gloss, use both the black and white discs in sequence. Black Buff is the only disc that will successfully bring up the shine on the black granites such as Black Pearl and others. Available in black for dark stones and white for light colored stones, Alpha® Ceramica Buff is the only disc capable of achieving the better than factory finish that Alpha® Ceramica has become known for. Alpha® Ceramica Buff is a heat compressed disc that combines these powders with a natural fiber in a flexible disc. Tin oxide and aluminum oxide are powders that have been used for years for the final polishing process. Monumentalists are ecstatic about the deep glossy finish, which their customers demand, that only Alpha® Ceramica Buff can give. ![]() Tile contractors are amazed by the difference between a polished edge and the super gloss that only Alpha® Ceramica Buff provides. Fabricators easily achieve superior results with the Alpha® Ceramica Buff. By using this disc in your polishing process, no dangerous chemicals are necessary to achieve a high final polish. The utilization of a natural process to bring out the glossy shine is exclusive to these pads. Unlike the rest of the Alpha® Ceramica product line, a large amount of water is not required. Alpha® Ceramica Buff is the key to the difference from a standard polished edge to a deep glossy finish. ![]()
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