Last Updated： Aggregation Period:Sep 10, 2025～Oct 07, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 10, 2025～Oct 07, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 10, 2025～Oct 07, 2025
This ranking is based on the number of page views on our site.
181～195 item / All 850 items
Environmentally friendly underfloor insulation made from recycled paper waste.
It is an environmentally friendly eco-material shaped from industrial waste paper that was discarded as waste by paper manufacturers due to cutting and processing losses.
High strength and extremely high toughness ceramics! Small-scale production is possible using rubber molds.
We would like to introduce our "Ittria Stabilized Zirconia (ZrO2) CIP Molded Products." We offer two materials: partially stabilized zirconia "FZ-PS3Y" and fully stabilized zirconia "FZ-PS8Y." CIP (Cold Isostatic Pressing) molded products are subjected to ultra-high pressure from all directions, resulting in high-density and uniformly dense products. 【Features】 <FZ-PSY> ■ High strength and extremely high toughness ceramics ■ A popular material for wear-resistant parts and impact-resistant applications <FZ-PS8Y> ■ Possesses excellent properties different from alumina in terms of reactivity with metals *For more details, please refer to the PDF document or feel free to contact us.
Automotive decorative parts that leverage the advantages of composite material molding.
We have produced two-color molded parts (fake stitches) that utilize the advantages of composite materials in collaboration with molding manufacturers and corrosion processing manufacturers. We have made it possible to create stitch processing, which was difficult with conventional methods, using molds, and by introducing more realistic decorative techniques, we have enabled deep groove processing that may appear to be undercut at first glance.
Automotive decorative parts that leverage the advantages of composite material molding.
We have produced two-color molded parts (fake stitches) that leverage the advantages of composite materials in collaboration with molding manufacturers and corrosion processing manufacturers. We have made it possible to create stitch processing, which was difficult with conventional methods, using molds, and by introducing more realistic decorative techniques, we have enabled deep groove processing that may appear to be an undercut at first glance.
![Custom-made and special order [Life Science Plastic Products]](https://image.mono.ipros.com/public/product/image/3ab/2000241163/IPROS4834425099327427676.jpg?w=280&h=280)
As a specialized manufacturer of plastic scientific and chemical instruments, we leverage our expertise to provide technical support from design to mass production in OEM for scientific and chemical products.
Our company has been engaged in not only the manufacturing of our own brand products but also in contract OEM production for various companies and collaborative development with universities. We offer custom-made and special-order products utilizing our unique plastic injection molding technology and know-how cultivated through these experiences. We also respond to requests for cost reduction of existing plastic molded products and the plasticization of non-resin products. We provide total packaging solutions, including filter insertion into molded products, rack boxes, and replacement packages. We are also willing to offer technical cooperation during new product development. If you can share your rough design concept, we can assist you with the specifics of the design, including proposals for shape verification methods (3D modeling or machining) and creating drawings. Please feel free to consult with us! 【Custom Order Products】 - Extensive experience with products such as pipette tips, tubes, and plates - Numerous achievements in designing tips tailored to machines and packaging! - OEM sales … 【Custom-Made Order Details】 - Planning and development of plastic molded products - Cost reduction of existing products - Plasticization of non-resin products … ★ For more details, please download our catalog or feel free to contact us.
Sintered molding is possible with various resins according to the customer's applications and requests! We will introduce our molding technology.
"Sintering molding" is a common molding technique in metal sintering, but it is a rare molding technology for plastics even in Japan. By cooling and solidifying without completely melting, molded products with numerous pores (voids) inside can be obtained. Our company offers a wide range of resin sintered molded products, including LDPE and EVA, and sintering molding can be performed with various resins according to customer applications and requests. [Features] ■ Molded products with numerous pores (voids) inside can be obtained ■ Rare in plastics even in Japan ■ Pores can be utilized for applications such as filters ■ Sintering molding can be performed with various resins according to customer applications and requests *For more details, please refer to the PDF document or feel free to contact us.
Active in automotive parts such as separators for fuel cells. Excellent heat resistance. Supports small lot production.
"GPS" is a composite material that has been uniformly coated with phenolic resin on graphite using a special method. Various shapes with excellent uniformity can be obtained through thermal compression molding. It has conductivity and electromagnetic wave shielding effects, making it suitable for battery applications. Additionally, it is widely used in mechanical seals, electrodes, brushes, bearings, and more. Our company can accommodate orders from small lots to large lots. [Features] - Excellent storage stability, wear resistance, heat resistance, and oxidation resistance - Good fluidity and dispersibility, making it easy to mix with various raw materials - Good electrical and thermal conductivity - Low thermal expansion and strong against thermal shock *For more details, please refer to the materials. *We provide samples free of charge up to 1kg. Please feel free to contact us.
Porosity rate is 39%! Introducing spherical phenolic resin porous body.
The "BCS Board" is a porous material molded from our original spherical phenolic resin "LPS." Due to its porous nature, it has good air permeability, which varies depending on the size of the spherical phenolic resin used. Additionally, we also offer a porous carbon material that has been fired and carbonized, so please feel free to contact us if you are interested. 【Features】 ■ Porous, allowing for air permeability ■ The air permeability of the porous material changes by varying the particle size of the spherical phenolic resin used ■ A porous carbon material that has been fired and carbonized is also available ■ The porous carbon material is resistant to acidic and alkaline chemicals *For more details, please refer to the PDF document or feel free to contact us.
Providing highly creative "dreams, skills, and manufacturing" that flexibly responds to customer needs.
Shin-Etsu Precision Co., Ltd. specializes in molding and processing products in various fields, focusing on two-color molding. To realize unknown manufacturing possibilities, we continue to challenge ourselves in the creation and exploration of technology. Our main equipment consists of various molding machines for two-color and single-color processes. The two-color molding machines have clamping forces ranging from 120 tons to 280 tons, accommodating various molded products, including automotive parts. The single-color molding machines have clamping forces from 40 tons to 110 tons, with the electric type particularly excelling in producing key tops for mobile phones and other items with very thin wall thicknesses. Additionally, all molding machines are equipped with automatic extraction devices, ensuring careful handling of molded products. For more details, please contact us or download the catalog.
It is essential to confirm the corresponding size! Let's choose a company that has both technical skills and know-how, as well as equipment and track record.
We will introduce how to choose a partner that can maximize the benefits of polymer adhesive bonding. Currently, there are few companies capable of handling large products. For example, at Shinshi, we can accommodate products up to about 5 meters in length for press molding. By selecting a company that can consistently handle everything from pre-processing to post-processing, you can often gain advantages in cost and delivery time. When choosing a partner for adhesive bonding of plastics, including acrylic, select a company that possesses the technical skills, know-how, equipment, and track record to fully meet the client's requirements, while being well-versed in the characteristics of the resin. If you have any questions or concerns regarding plastic processing, please feel free to consult with Shinshi. [Key Points] - Proficient in both polymer adhesive bonding and solvent bonding - Capable of handling everything in-house - Able to accommodate large products *For more details, please refer to the PDF materials or feel free to contact us.
Eliminate the fundamental issue of strength deficiency caused by voids and achieve reliable resin components!
The issue of voids, especially vacuum voids, in plastic parts has been a long-standing challenge due to their difficult control. We face the problem of voids in various situations, such as with POM materials used in mechanical components and in thick-walled molded products. However, the solutions are limited, and measures such as reducing the product thickness negatively impact strength. The "IMP method," uniquely developed by PLAMO, is a technology that completely controls voids even in very thick products. It is an application of the technology proven with "IMP blocks" and demonstrates effectiveness for various shapes.
"Support for maximizing strength" Have you ever encountered strengths that are far below the strength data in the material catalog in plastic injection molding?
I believe you have experienced a significant decrease in strength that falls far below the strength data listed in the material catalog for plastic injection molding. It is often the case that the strength of plastic molded products cannot be achieved as indicated in the catalog. This decrease in values is particularly pronounced in reinforced resins with fibrous additives, and it becomes a major issue due to the nature of the reinforced resin. For example, when a decrease in strength occurs, the typical countermeasure is to increase the thickness, but it is important to understand that this adjustment may lead to significant problems. In cases where high strength requirements are necessary, it is essential to be involved from the product design stage, identifying areas of strength reduction and considering appropriate countermeasures. The aging degradation of the resin must also be taken into account. Our company has the expertise to carry out these processes. We would be grateful if companies considering lightweighting or resin substitution for metal parts, or those struggling with insufficient strength and contemplating abandoning development, could contact us. (The photo shows the results of analyzing the glass fiber orientation distribution using simulation software for injection molding. The strength of resin parts depends on fiber orientation.)
We accommodate a variety of resin molding and secondary processing, from raw material sales to processed products.
PVC, an essential material that supports society, is used not only for everyday goods but also for factory plants, housing materials, and electrical and communication infrastructure. Musashi Kasei Co., Ltd. is a chemical technology company that has been honing its skills in processing PVC into finished products for over 40 years. We always uphold our motto since our founding: "To achieve customer satisfaction by producing products with stable quality and performance through reliable processes and meeting delivery deadlines," and we strive to support the "important areas" of the manufacturing industry and society in the 21st century. 【Business Activities】 - Injection molding of PVC fittings and components for electrical protection pipes - Thermoplastic rubber injection molding and processing of polyethylene fittings for PVC gas pipes - Ball molding, cutting, and polishing for various PVC valves - Cutting and expanding various PVC pipes - Assembly of various PVC lock ball valves, among others For more details, please contact us or download our catalog.
![[Technical Introduction] What is Blow Molding?](https://image.mono.ipros.com/public/product/image/aea/2000227483/IPROS7713327273077824225.jpg?w=280&h=280)
Ideal for molding hollow-shaped industrial parts such as PET bottles and poly tanks!
Blow molding is a technique that involves extruding heated cylindrical resin (parison) using an extruder, clamping it in a mold, and blowing air into it to inflate it like a balloon. It is also referred to as hollow molding. With this method, various containers such as bottles and tanks, as well as automotive parts like intake ducts, air conditioning ducts, washer tanks, and reserve tanks, are produced, taking advantage of the lightweight and shape achieved through hollow molding. 【Process】 ○ Resin that has been kneaded and plasticized by a screw is stored in an accumulator (pressure accumulator) and pressurized. ○ The resin (parison) stored in the accumulator is extruded by a hydraulic ram to form a cylindrical shape. ○ The parison is clamped in a mold, and compressed air is blown in from an air pin to inflate the parison, pressing it against the inner walls of the mold, followed by cooling and solidification. ○ The air pin is removed, the mold is opened to take out the product, and post-processing such as removing burrs from areas that extend beyond the mold is performed. For more details, please refer to the catalog or feel free to contact us.
![[Technical Introduction] What is Injection Molding?](https://image.mono.ipros.com/public/product/image/240/2000227484/IPROS8560689972335839239.jpg?w=280&h=280)
Ideal for plastic molding! We can accommodate a wide range from everyday items to industrial precision parts!
Injection molding is a technology that involves injecting melted plastic material into a mold under pressure to form products. This technology is characterized by its ability to accommodate a wide range of applications, from everyday items to industrial precision parts. Our company is also ready to fulfill orders for plastic products made through injection molding. Furthermore, you can trust us with complex-shaped products that combine blow-molded and injection-molded items. 【Process】 ○ Stir and measure the plasticized resin with a screw, storing it in the cylinder ○ Apply pressure to the screw to advance the resin into the mold ○ The resin in the mold cools and solidifies with water or other means, taking the exact shape of the mold's cavity ○ Open the mold to remove the product and cut the gate if necessary For more details, please refer to our catalog or feel free to contact us.
