Yoshida SKT Co., Ltd. has renewed the catalog for "ST Silicon" as a flexible joint for vibration conveying components used in pharmaceuticals, chemical products, and food manufacturing equipment. This catalog introduces the innovative "ST Duct Band," highlighting its excellent characteristics and wide range of applications. The "ST Duct Band" was developed to address issues at the joint sections of vibration conveying machines. Traditional materials such as canvas, urethane, and rubber faced challenges with damage from vibrations and deterioration of sealing properties. However, the introduction of the "ST Duct Band" has dramatically improved these issues. In particular, its tensile strength is five times greater than that of general-purpose silicone rubber, and its unique elasticity prevents the expansion of tears. This has made it possible to achieve improved production efficiency and cost reduction. The catalog showcases improvement cases from various industrial sites, including sugar factories, seasoning factories, and pharmaceutical companies, substantiating its effectiveness. Additionally, ST Silicon is manufactured using an integrated welding technology, and its strength and sealing properties have received high praise from customers. If you are interested, please download the catalog to learn more.

Yoshida SKT has renewed and published the technical document "Basic Knowledge of Lining." This technical document explains not only the general materials and characteristics of lining but also the types and methods of fluororesin lining that can withstand harsh environments. [Contents] 1. What is Lining 2. Materials and Characteristics of Lining 2-1. Rubber Materials 2-2. Resin Materials 2-3. Glass Materials 3. Chemical Resistance of Fluororesin Lining 3-1. What is Chemical Resistance 3-2. Effects of Chemicals on Resins 3-3. Mechanism of Chemical Resistance in Fluororesins 3-4. Examples of Applications Utilizing Chemical Resistance 4. Methods and Materials for Fluororesin Lining 4-1. Sheet Lining 4-2. PFA Lining 4-3. Comparison of Characteristics by Lining Method Please take this opportunity to download the document and review it.

Here are the advantages and disadvantages of fluororesin baked linings. Fluororesin baked linings, like fluororesin coatings, are formed by painting and firing. We are currently offering detailed materials that explain fluororesin linings, which are particularly excellent in chemical resistance. Please be sure to check them along with our product site. 【Contents of the materials】 1. What is lining? 2. Materials and characteristics of lining 2-1. Rubber materials 2-2. Resin materials 2-3. Glass materials 3. Chemical resistance of fluororesin linings 3-1. What is chemical resistance? 3-2. Effects of chemicals on resins 3-3. Mechanism of chemical resistance in fluororesins 3-4. Examples of applications utilizing chemical resistance 4. Methods and materials for fluororesin linings 4-1. Sheet lining 4-2. PFA lining 4-3. Comparison of characteristics by lining method If you are interested, please download the materials and check them out.

Lining is a construction method that protects the substrate with a relatively thick film. Lining materials mainly consist of "rubber," "resin," and "glass." We are currently offering detailed materials explaining fluororesin lining, which is particularly excellent in chemical resistance among linings. Please be sure to check it out along with our product site. 【Contents of the materials】 1. What is lining? 2. Materials and characteristics of lining 2-1. Rubber materials 2-2. Resin materials 2-3. Glass materials 3. Chemical resistance of fluororesin lining 3-1. What is chemical resistance? 3-2. Effects of chemicals on resin 3-3. Mechanism of chemical resistance in fluororesin 3-4. Examples of applications utilizing chemical resistance 4. Methods and materials for fluororesin lining 4-1. Sheet lining 4-2. PFA lining 4-3. Comparison of characteristics by lining method If you are interested, please download the materials and check them out.

This is a technical document that explains the basics of lining, types of fluororesin lining, and construction methods. [Contents] 1. What is lining 2. Materials and characteristics of lining 2-1. Rubber materials 2-2. Resin materials 2-3. Glass materials 3. Chemical resistance of fluororesin lining 3-1. What is chemical resistance 3-2. Effects of chemicals on resin 3-3. Mechanism of chemical resistance in fluororesin 3-4. Examples of applications utilizing chemical resistance 4. Methods and materials for fluororesin lining 4-1. Sheet lining 4-2. PFA lining 4-3. Comparison of characteristics by lining method If you are interested, please download the document and check it.

Eliminate production troubles caused by stickiness on the manufacturing line! 'MRS Coating' In experiments with release torque using strong tape, the peeling force is almost zero compared to other coating processes! It can maintain water repellency, oil repellency, and slip properties even after solvent cleaning! Mold Release Silicone (MRS Series) exhibits excellent release properties against sticky substances and adhesive tapes, achieving top-level solvent resistance, film hardness, and heat resistance. This coating can reduce the occurrence of sticking when cutting adhesive materials in processes such as label/tape cutting. It leads to improved efficiency and productivity in cutting operations. Additionally, the release properties do not diminish even after cleaning with solvents, and the effects last long. Test results show overwhelmingly low release torque values compared to SUS304 and Teflon coatings. <Reasons to Choose This Product> - Reduces sticking when cutting adhesive materials - Expected improvement in productivity in cutting processes - Release effect remains strong and long-lasting even with solvents *For more details, please download the catalog.

【Industry-Specific Case Studies】 　〇 Automotive Industry 〇 Semiconductor Industry 〇 Aerospace Industry, etc. 【Equipment and Material-Specific Case Studies】 　〇 Molds 〇 CFRP 〇 Robots 〇 Electronic Components 〇 Food, etc. You can download case studies utilizing surface treatment technology. Please download the PDF and make good use of it.

We have created a flyer showcasing case studies of our surface treatment "Bicoat (R)"! "Is there a surface treatment that has good slip and doesn't peel off...?" "It's hard to imagine from the catalog..." "What kind of surface treatment is Bicoat (R)?" This is a must-see for those who have thought these questions!

Thank you for your continued support. This is Yoshida SKT Co., Ltd. We have started distributing a collection of case studies for our product, 【ST-Silicone】! Please take a look. As part of our distribution launch campaign, we will provide samples of ST Silicone and general-purpose silicone. Feel free to touch them and check the “tensile strength” and “tear strength”! ▼△▼△▼△▼△▼△▼△▼△▼△▼△▼ If you would like a sample, please clearly state “Sample Request” in the inquiry section. We will ship them sequentially. ▼△▼△▼△▼△▼△▼△▼△▼△▼△▼