Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
16～30 item / All 546 items
EVERLOY (Kyoritsu Alloy Manufacturing Co., Ltd.) is constantly developing new types of cemented carbide for a wide range of applications, including wear-resistant tools and molds.
We provide carbide materials used in various wear-resistant parts. EVERLOY's carbide is widely used in molds for the automotive and electrical industries.
Exhibits excellent performance for stainless steel material press processing.
- Excellent wear resistance for press processing of stainless materials and workpieces with poor thermal conductivity. - Achieves high hardness, high bending strength, and sharp edges.
Mitigating damage during wire electrical discharge machining.
- Mitigation of damage and coexistence of high hardness in wire electrical discharge machining - Suppression of cracking in wire electrical discharge machining
Significantly improved corrosion resistance during wire electrical discharge machining.
The corrosion resistance of material KD20, which excels in balancing mold life and precision machinability, has been further improved in WD20.
We will respond to your desire to extend the lifespan of mold parts! Proposal for improving wear resistance of carbide parts.
Our company contributes to solving the problems faced by our customers, such as improving the lifespan of mold parts. We received an inquiry from a customer stating, "We are punching work materials with a carbide punch, but the wear at the tip is severe. We want to extend the lifespan of the punch to increase productivity." In response, we analyzed the worn punch we received. It was determined that iron was adhering to the punch tip, accelerating wear. Therefore, we proposed a carbide material that is less prone to iron adhesion. After implementing the countermeasure, despite the new material having a higher number of strokes, the amount of adhered work material decreased, resulting in less wear. [Case Study] [Before Countermeasure Material] ■ Number of Strokes: 500,000 to 1,500,000 ■ Wear at Punch Tip: Approximately 0.8mm ↓ [After Countermeasure Material] ■ Number of Strokes: 1,800,000 ■ Wear at Punch Tip: Approximately 0.2mm *For more details, please refer to the PDF document or feel free to contact us.
Mold parts that are resistant to wear and chipping due to adhesion of electrical steel sheets, chipping caused by the impact of press processing, and corrosion from water-cutting wire processing!
Electromagnetic steel sheets are essential for motor cores, but we often hear about issues such as corrosion during processing and chipping or wear during pressing. 【Problems during Electromagnetic Steel Sheet Processing】 - Chipping due to impact during press processing - Wear and chipping caused by adhesion of the main component, iron - Corrosion from prolonged water-cutting wire processing - Damage from electrical discharge machining Everloy's "Super Hard Alloy EW Type and EX Type" are mold parts materials that can solve problems during electromagnetic steel sheet processing. - EW Type <For Punching> Compared to materials of the same hardness, it has a relatively high fracture toughness value, allowing for the prevention or improvement of cracks, chipping, and flaking without reducing hardness. It also has excellent corrosion resistance. - EX Type <For Riveting> A suitable material type for suppressing adhesion wear that occurs during the riveting process of electromagnetic steel sheets. For details on various physical properties, applications/case studies, and wear comparison examples, please download the PDF or contact us. ★ When inquiring, if you could provide details about your current issues or areas you wish to improve, our specialized staff will propose solutions. Please feel free to consult us about anything.
Everloy is capable of providing a consistent production process from hard materials to precision machining and mold parts as a manufacturer of hard materials.
We conduct thorough investigations into the causes and condition analyses of short-life parts, and propose solutions by reviewing the selection of super hard materials, processing methods, and shapes. Currently, we are offering materials that introduce case studies on solving issues related to mold parts. You can view them via "PDF Download." 【Contents of Case Studies】 ■ Improvement proposals for super hard parts We present case studies on solutions for issues such as corrosion, wear, and damage. ■ Wear countermeasures and performance improvement proposals for spray nozzles We introduce case studies on solving issues related to flow rate, patterns, and performance, as well as fluid analysis cases. *If you have any challenges, such as wanting to extend lifespan, please feel free to consult with us.
Everloy is a carbide manufacturer capable of providing a consistent production process from precision machining to the supply of mold parts made from super hard materials.
The emergence of resin materials with excellent heat resistance and durability is advancing the resinization of metal parts. Some resins contain additives like glass fibers, necessitating measures against early wear of parts and molds, as well as gas generation, which did not occur with traditional molding machines. We propose solutions to reduce the frequency of part replacements by replacing parts with super hard materials. 【Features】 ■ We offer a lineup of super hard materials that excel in "wear resistance," "corrosion resistance," and "heat resistance." ■ We conduct thorough investigations and condition analyses for short-lived parts. ■ We propose super hard materials tailored to applications and workpieces. Currently, we are providing materials that introduce case studies on solving issues related to mold parts. You can view them via "PDF Download."
Local high hardness technology using precision high-frequency heat treatment! Only the necessary areas can be hardened!
The precipitation-hardened silicon alloy can achieve localized high hardness depending on the application. When both hardness and toughness are required, localized solution heat treatment can be performed, and aging heat treatment can be implemented to achieve high hardness only in the necessary areas. Unlike high-frequency quenching, the precipitation-hardened silicon alloy does not become highly hardened after high-frequency heat treatment. Since it can be sufficiently processed after high-frequency heat treatment (solution treatment), there is greater design flexibility. For more details, please download and view the catalog. 【Examples of Localized High Hardness Products】 ■ Special Shafts - Only the tip and sliding parts are hardened to high hardness (HRC50 and above) - The overall structure retains toughness (HRC35) ■ Bridge Support Rollers - Only the surface of the rollers is hardened to high hardness (HRC50 and above) - The overall structure retains toughness (HRC35) *For more details, please refer to the PDF materials or feel free to contact us.
We are compiling data primarily on corrosion-resistant alloys and heat-resistant alloys, including chemical composition and mechanical properties!
"Silicoroy B2" and "Silicoroy D" are high-silicon stainless steels that contain a large amount of Si (silicon) as one of their chemical components. "Silicoroy B2" is a duplex stainless steel (austenitic-ferritic) that has higher strength than austenitic stainless steels and possesses corrosion resistance equivalent to or greater than SUS316. On the other hand, "Silicoroy D" is an austenitic stainless steel with hot strength equivalent to SUS310S. This document compiles data primarily on corrosion-resistant alloys and heat-resistant alloys, and we hope it will assist you in your development efforts. [Contents (partial)] ■ Introduction ■ Example of chemical composition ■ Example of mechanical properties ■ Example of physical properties ■ Example of microscopic structure *For more details, please refer to the PDF document or feel free to contact us.
High hardness can be achieved through low-temperature heat treatment! Articles on the relationship between hardness and impact value, as well as heat treatment characteristics, are included.
This document introduces the use of precipitation-hardened silicoalloys. It includes topics such as "Heat Treatment Characteristics/Precipitation Hardening," "Examples of Silicoalloy Applications/High Hardness × Corrosion Resistance," and "New Process Design/Localized Softening Treatment." Silicoalloys harden by precipitating Si-based intermetallic compounds, excelling in the balance of hardness and corrosion resistance. [Contents (partial)] ■ What is Silicoalloy? ■ Heat Treatment Characteristics/Precipitation Hardening ■ Tribological Properties/Pin-on-Disk Wear Test ■ Examples of Silicoalloy Applications/High Hardness × Corrosion Resistance ■ Heat Resistance/High-Temperature Hardness *For more details, please refer to the PDF document or feel free to contact us.
We are compiling data focused on wear-resistant alloys and heat-resistant alloys! Introducing high-silicon stainless steel!
"Silicoloy B2" is made of duplex stainless steel and has corrosion resistance equivalent to or greater than SUS316, while "Silicoloy D" is made of austenitic stainless steel and has hot strength equivalent to SUS310S, as well as excellent high-temperature oxidation resistance and heat-check resistance (thermal shock resistance). This document includes examples of "corrosion resistance of Silicoloy," as well as "high-temperature corrosion resistance" and "corrosion resistance to various industrial chemicals." Please take a moment to read it. [Contents (partial)] ■ Example of chemical composition ■ Example of mechanical properties ■ Example of physical properties ■ Example of microscopic structure ■ Various characteristics of Silicoloy B *For more details, please refer to the PDF document or feel free to contact us.
This is an ideal crosshead for the extrusion of wires, cables, tubes, and hoses used in the high-tech industry, including aerospace, automotive, and medical sectors.
The rotary crosshead improves product strength. It can crosslink various polymers, which reduces labor costs and costs associated with the extrusion process.
![Fine-tuning core adjustment type extrusion crosshead [Erokabu Co.].](https://image.mono.ipros.com/public/product/image/2c2/2000559437/IPROS29917732291032031927.png?w=280&h=280)
Using metal elasticity, the core of the wire conductor can be extracted and fine-tuned.
We are a specialized manufacturer of Swiss extrusion crossheads. Model name: E4BN10 Crosshead E4 Maximum core (insulation) diameter [mm] 4 Maximum compression die diameter [mm] 7 Maximum tube diameter [mm] 9 Core alignment method Non-adjustable core type; fine-adjustable core type Angle adjustment for chips and dies Yes Chip axis rotation adjustment No Heating method Electric Heating for crosshead 2 Heating for main connection part 1 Heating for auxiliary connection part 0 Heating for distributor No Approximate weight 10
![Ceramic Guide Eyelet [Cosmos Corporation]](https://image.mono.ipros.com/public/product/image/21d/2000586865/IPROS57713244607600219847.jpeg?w=280&h=280)
This is an eyelet guide with very little friction resistance. There are plenty of sizes available!
◆Surface roughness 0.1-0.2µm Ra! Achieves a very smooth finish through diamond polishing. ◆Diamond-polished guides with low friction resistance that do not compromise product quality. We offer U-guides with diamond polishing, a process that only a few companies in the world can perform, at an affordable price. 【Polishing Features】 Standard polishing: 0.525-0.75µm Ra Diamond polishing: 0.1-0.2µm Ra
