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Cleaning Ceramic Latex Molds
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Cleaning Ceramic Latex Molds
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From Branson Ultrasonics Corp.
Ceramic molds, widely-used in the rubber industry, necessitate special methods to assure proper cleaning. The tough soils involved – baked on carbonaceous soils of rubber, latex, and release agents – must be removed completely or they can interfere with forming and releasing of product. This interference can lead to roughage, breaks, and tears. The time allotted for cleaning, however, must be kept short to minimize down time and achieve optimum production, particularly in high-volume facilities. Previous cleaning operations frequently relied on either hand scrubbing with abrasives, which took large amounts of time and effort, or dipping the molds in a strong mineral acid, which created safety problems as well as disposal issues. Today the most efficient method of removing difficult soils and keeping production moving is ultrasonic cleaning. Ultrasound provides the safest, most widely-used and effective means of mechanical agitation. It provides the thorough, noncontact, overall scrubbing action needed to remove the stubborn baked-on carbonaceous soils found on ceramic latex molds without scratching or abrasion.
Products & Services
Cleaning agents and surface treatments includes liquid cleaners, degreasers, strippers, passivators, etchants, solutions and additives for cleaning and surface preparation.
Blast media and blasting abrasives are consumables used in surface preparation processes, such as sandblasting and peening.
Industrial paints are pigmented liquids or powders that are used to protect and/or beautify substrates.
Pressure sensitive adhesives (PSA) and contact adhesives adhere to most surfaces with very slight pressure. They are available in solvent and latex or water based forms.
Foams and foam materials are industrial products made from low density elastomers, plastics, and other materials with various structures and porosities.
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Topics of Interest
Ceramic molds, widely-used in the rubber industry, necessitate special methods to assure proper cleaning. The tough soils involved – baked on carbonaceous soils of rubber, latex, and release agents –...
( Read More)
Ultrasonic cleaning prior to plating can provide significant cost savings in time and labor by minimizing or eliminating manual scrubbing and lengthy soak times. Ultrasonic agitation thoroughly and...
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The first step in cleaning is to identify the contaminant to be removed. There are two basic categories of contaminant, organic and inorganic.
Organic contaminants are those based on carbon, such as...
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Ultrasonic cleaning is required in the metalworking industry for the removal of oils, greases, metalworking fluids, abrasive polishing compounds, and particulate contamination such as metal fines and...
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The challenge for many companies that manufacture read-write devices for computers is to eliminate the use of ozone-depleting chemicals but still obtain comparable cleanliness levels of their disk...
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Technical Articles
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