Latex stability test contributing to the improvement of tire durability.
In the tire industry, quality control of the latex raw materials used is emphasized to ensure product durability. In particular, the stability of latex directly affects the performance and lifespan of tires, necessitating accurate evaluation. Unstable latex can lead to early deterioration and performance decline of the products. Our latex stability testing machine, Model MK4, evaluates the stability of latex raw materials through reliable tests compliant with international standards, contributing to the improvement of tire durability. [Application Scenarios] - Quality control of latex raw materials in tire manufacturing - Evaluation and comparison of latex in new material development - Quality control testing based on ISO and ASTM standards [Effects of Implementation] - Improvement in product quality through stability evaluation of latex raw materials - Contribution to enhanced tire durability - Increased efficiency in quality management through improved reproducibility of test results
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【Features】 - Suppression of test variability through continuous stable rotation at 14,000 rpm - Accurate rotation speed and timer settings via digital control - Maintenance-free sealed structure motor and control unit - Choice of beakers compatible with both natural and synthetic latex - Highly reliable testing in accordance with international standards (BS ISO, ASTM) 【Our Strengths】 Tick Corporation is committed to providing products that contribute to solving various issues faced by companies, such as improving production efficiency, enhancing cost efficiency, improving quality, and considering environmental conservation. The Latex Stability Testing Machine [Type MK4] is a product that meets customer needs based on years of experience and product information collected from around the world.
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Testing Procedure for Latex (Rubber Emulsion) - This product is a device for mechanically testing the physical stability of concentrated natural rubber and synthetic rubber through high-speed stirring and mechanical breakage. - Stirring is performed at a constant speed of 14,000 rpm until either the evaluation criteria are reached or the stability of the latex is lost. - To process to the evaluation criteria, a drop of latex (rubber emulsion) is placed on a convex lens, and the loss due to turbulence is indicated by changes in the sound during stirring. - The evaluation criteria are determined by the first appearance of small pieces of coagulated rubber. - The evaluation criteria are confirmed by an increase in the amount of coagulated rubber after an additional 15 seconds of stirring. - In this case, the evaluation criteria are based on the overall solids, indicating the presence of approximately 1% of coagulated material. - The mechanical stability of the latex is expressed in seconds taken from the start of the test to the evaluation criteria.
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Tick Corporation is committed to providing products that contribute to solving various issues faced by companies, such as improving production efficiency, enhancing cost efficiency, improving quality, and considering environmental conservation. We have been widely collecting product information from around the world and providing products that meet market needs. In the future, we will continue to develop and deliver products that contribute to rationalization and particularly to environmental conservation, which has become increasingly stringent in recent years. ◇◆Main Products◇◆ - Precision industrial spray nozzles - Agricultural spray nozzles - Air nozzles / Air knives - Special spray nozzles - Tank cleaning nozzles - Blowers - Ultrasonic spray nozzles (Nebulizers / Atomizers) - Ultrasonic cleaning devices - Air conveying devices - Ventilators - Plastic connectors - Cutting torches (nozzles for gas cutters) - Latex testers - In-house manufactured tubing pumps (dispensers) - Syringe pumps
