Products handled: Synthetic resin molded products
The molding machine can accommodate classes from 25t to 550t.
This is a notice about "synthetic resin molded products" from Tohshin Plastic Co., Ltd.
- 企業：東新プラスチック
- 価格：Other
Synthetic resin moldings - メーカー・企業と製品の一覧
Synthetic resin moldingsの製品一覧
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Introduction to the Global Mold Procurement Network and Sanko Gosei's Overseas Bases
"Producing close to our customers"! Introducing domestic and overseas locations of production factories and mold factories!
The global network of Sango Composite supports your work. We assist you in conducting business without any regard for borders, whether you are a customer in Japan or overseas. For example, we arrange parts for delivery to overseas factories in Tokyo, design molds produced in China in Toyama, and introduce new technologies developed in the UK to Japan... Utilizing our worldwide mold procurement network centered around our technical centers in Japan, we propose cost-effective and time-efficient planning, design, production, and delivery methods. We have 18 production sites and 2 mold factories overseas. We have been expanding globally with the concept of "producing close to our customers." Please feel free to contact us when you need assistance. 【Domestic Bases in Japan (Partial)】 ■ Production Factories - Toyama Prefecture (Headquarters) - Gunma Prefecture - Shizuoka Prefecture - Shiga Prefecture - Saitama Prefecture - Oita Prefecture ■ Mold Factories - Technical Center - S-Bounce *For more details, please refer to the related links or feel free to contact us.
- 企業：三光合成
- 価格：Other
The concept of the mechanism of molding shrinkage and deformation (warpage) of resin products.
The deformation of the product is believed to be linked to the distribution of partial distortions leading to overall deformation!
The density changes when the molten resin solidifies. When the molten resin solidifies, the volume usually decreases compared to the molten state. If the entire product shrinks evenly at a constant rate, the molded product will simply become smaller, maintaining a similar shape. However, if the shrinkage varies in different parts, the molded product will deform and change shape, making it impossible to achieve the desired shape just by adjusting the dimensions of the mold. The deformation of the product is believed to be caused not by some external force acting on it, but by the distribution of partial strains leading to overall deformation. This way of thinking is used as a phenomenon model in the calculations for shrinkage warpage analysis in injection molding CAE (Computer Aided Engineering). *For more details, please refer to the related links or feel free to contact us.*
- 企業：三光合成
- 価格：Other
Thermal properties of plastics
Introducing the temperature range and temperature limits of plastics, including heat transfer point, heat resistance, and flame resistance!
This column introduces the thermal properties of plastics. Compared to metal materials, plastic materials exhibit changes in state and deterioration of physical properties at much lower temperature ranges, and this narrow temperature range is a characteristic feature. There are two points where the properties of plastics change discontinuously due to temperature changes, known as the glass transition temperature and the melting point. The glass transition temperature is the temperature at which a polymer, exhibiting a soft rubber-like state, transitions to a glassy state upon cooling. The glass transition temperature is denoted as Tg and is also referred to as the secondary transition point. It is an important property that is emphasized in practical applications because above Tg, the material exhibits rubber-like elasticity. *For more detailed information about the column, please refer to the related links. If you have any questions, feel free to contact us.*
- 企業：三光合成
- 価格：Other
Strength of plastic
Introducing how the strength of resins such as homopolymers is determined!
This column introduces the strength of plastics. Homopolymers are said to excel in rigidity and heat resistance, but how is the strength of such resins determined? Taking the tensile test of plastic molded products as an example, plastics are composed of molecular chains that are entangled with each other at room temperature. The entangled molecules gradually come apart, and when the entanglement is completely gone, fracture (breakage) occurs. In other words, materials that are difficult to break (high-strength materials) can be said to have strong entanglement. *For more details on the column, you can view it through the related links. For further inquiries, please feel free to contact us.
- 企業：三光合成
- 価格：Other
Ishikawa Plastic Industry Co., Ltd.
We provide high-quality products in a wide range of fields, including dining chains, tableware for households, industrial products for infrastructure, Buddhist implements, and various OEMs.
Main products: Synthetic resin molded products, molds for synthetic resin molding, industrial products for the infrastructure sector, resin Buddhist altar fittings, and our own brand "Plakira" Tritan series. Core technology/strengths: Covering the entire supply chain of products from design, mold manufacturing, molding (thermoplastic resin, thermosetting resin), processing, painting/printing, inspection, to shipping, enabling a wide range of high-quality proposals. Actively challenging new raw material resin molding as well.
- 企業：石川県産業創出支援機構
- 価格：Other
