Last Updated： Aggregation Period:Oct 01, 2025～Oct 28, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 01, 2025～Oct 28, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 01, 2025～Oct 28, 2025
This ranking is based on the number of page views on our site.
361～375 item / All 6854 items
It is a fitting that is half a socket, allowing PVC pipes to be connected from only one side.
A half socket is a fitting that has been cut in half, allowing PVC pipes to be connected from only one side.
Brazing requires the removal of the oxide film! The method for removing the oxide film differs between the atmosphere and the furnace.
From the easy-to-understand "Brazing" series, we introduce "Atmospheric Brazing and Furnace Brazing." Brazing first requires the removal of the oxide film. By removing the oxide film, the "braze" can wet properly. "Atmospheric brazing" requires flux, which acts to remove the oxide film on the surface of the base material. "Furnace brazing" removes the oxide film on the surface of the base material by creating an atmosphere of hydrogen gas or vacuum inside a furnace that blocks the atmosphere. 【Features of Atmospheric Brazing】 ■ Easy to perform while visually monitoring ■ Localized heating is possible ■ Can perform insert brazing and surface brazing ■ Suitable for small-scale production *For more details, please refer to the PDF document or feel free to contact us.
Introduction to "Flame Brazing" and "High-Frequency Brazing," which are atmospheric brazing methods! We will introduce their advantages and disadvantages.
We would like to introduce "Method 2 - Atmospheric Brazing" from the easy-to-understand "Brazing" series. We will also introduce "Flame Brazing" and "High-Frequency Brazing." "Flame Brazing" is a brazing method that utilizes a flame. It can be classified into gas brazing, torch brazing, and burner brazing, depending on the tools used. "High-Frequency Brazing" is a brazing method that uses a high-frequency induction heating device, where the induced current heats the metal itself. The appropriate model is selected based on the size and material of the brazed items. 【Flame Brazing Features】 ■ Easy to work while visually checking the brazing area ■ Almost all materials, except for special ones, can be brazed using flame brazing ■ Free component shapes ■ Easy to perform insert brazing and surface brazing ■ Capable of mass production through automation *For more details, please refer to the PDF document or feel free to contact us.
Introducing atmosphere brazing! The flow from receiving processed products to inspection and shipping.
From the easy-to-understand "Brazing" series, we will introduce "The Basic Steps of Brazing." When it comes to brazing, the heating process tends to be highlighted, but there are processes before and after it, such as pre-treatment, assembly of parts, loading into the furnace, removal, post-treatment, and inspection. We will focus on furnace brazing. [Key Points of Furnace Brazing] - Uniform heating is important - There is less distortion due to overall heating
Titanium is a metal that is difficult to solder, and it is a rare joining method.
In the easy-to-understand "Brazing" series, we will explain "Brazing of Titanium." Titanium is a metal characterized by being "light," "strong," and "rust-resistant," with excellent corrosion resistance against seawater and saltwater. Due to its high strength and light weight, it is commonly used in aircraft and ships. Compared to stainless steel, titanium has a strong oxide film, which gives it superior corrosion resistance. To perform brazing, it is important to remove this strong oxide film; however, since oxygen and nitrogen in the atmosphere can affect the process, brazing is done in a furnace that isolates the air. Titanium brazing material is used. This brazing material can join at temperatures below titanium's transformation point, allowing for bonding without damaging the properties of the base material. We will provide a clear explanation with diagrams in the PDF materials.
Q．「ろうづけ」の正しい表記は？
A．「ろう付」が正解です。 JIS規格で正式に決まっております。 ロウ付けやロー付など、末尾に「け」が付いたり カタカナだったりしますが正しいのはろう付です。 Q.ろう付のメリットを教えて下さい。 A.以下が主なメリットです。 ・複雑な部品を組合せ一体形にできること ・薄板や精密な部品の接合ができること ・異種金属の接合ができること ・同時に複数箇所を接合できること ・全体加熱の炉中ろう付は歪みが少ないこと。
Easy-to-understand sign language series: Frequently Asked Questions Q&A 3
This is Part 3 of frequently asked questions about brazing. This time's questions are: Q. Please tell me about the history of brazing. Q. In what situations is brazing currently used? Q. Can you describe the characteristics of brazing in one word? For more details, please refer to the PDF download.
Copper can be joined with many types of metals, excluding aluminum.
◆Uses of Copper ◆Types of Copper and Copper Alloys ◆Solder Materials Used for Copper and Copper Alloys ◆Key Points for Brazing Copper and Copper Alloys ◆Ease of Joining with Dissimilar Metals For more details, please refer to the PDF download.
Active in such places: Examples of brazing - High airtight brazing
Introducing the joining method that is proficient in brazing. ◆ Can join thin plates and precision parts ◆ Can achieve high airtightness in joints ◆ Can join multiple locations simultaneously ◆ Can join dissimilar metals 【Case Studies】 ◎ Oil cooler ◎ Manifold ◎ Exhaust heat recovery heat exchanger ◎ Medical devices ◎ Tube fin heat exchanger For more details, please refer to the PDF download.
Plastic that does not break, does not shatter, does not get scratched, and can be molded freely as many times as needed.
JIZAI is a plastic that can be freely molded in small lots without the need for mold costs, tailored to customer applications such as protective covers, work holding jigs, and label application guides.
It supports patterning of chrome films, thin glass metal films, SiO2 films, and more!
We offer "metal film patterning processing services using wet etching." We accommodate patterning for metal film multilayer wiring, including chrome films, thin glass metal films, and SiO2 films. Please contact us when you need our services. 【Features】 ■ Patterning of metal film multilayer wiring - Transparent metal film: ITO film - White metal film: AL alloy film (W/10μm) *For more details, please refer to the PDF document or feel free to contact us.
Are you struggling with outsourcing the manufacturing of piping prefabs and welded structures, or finding it cumbersome to manage? We can solve that problem!
At Benkan Kiko, we leverage our advanced welding technology to consistently undertake piping prefabrication work and the manufacturing of welded structures. We are capable of performing welding related to regulations such as the Electric Utility Industry Law (nuclear and thermal) and the Gas Business Act, allowing us to contribute to the efficiency and cost reduction of your operations through centralized management from material procurement to application. Please feel free to consult with us.
Do you have any complaints about your caregiving software? Our service will solve them!
"Care Tree Free" is a cloud-based support service for caregiving operations that can comprehensively assist with caregiving tasks. Currently, the caregiving industry is facing a situation where more and more facilities are falling into management difficulties due to reduced compensation and a shortage of staff. Even when recruitment efforts are made, it is often difficult to gather staff, and many facilities are unable to meet the required number of personnel. This hampers the efficiency of administrative tasks, increases the burden on staff, and leads to a vicious cycle of turnover. Our service aims to resolve these issues. [Customer Complaints About Current Caregiving Software] - Operations cannot be completed solely with caregiving software, and paper forms still exist. - Not all functions can be utilized effectively (they are difficult). - The caregiving software is inconvenient as it cannot accommodate unique documents and operations of the facility. - The system changes with each revision, making it challenging to adapt. - The caregiving software alone does not allow for visibility in facility management. *For more details, please feel free to contact us.
As a parts processing business, we have received numerous orders for the production of a wide variety of parts, and we have actually accepted and manufactured them.
Our company not only designs, manufactures, and sells FA-related machinery and LCM-related equipment, but also produces and processes precision machine parts for various automatic machines and labor-saving devices using various NC machine tools such as large five-sided machining centers and machining centers. 【Processed Items】 ■ Parts for various automatic machines/labor-saving devices ■ Semiconductor manufacturing equipment parts ■ Scientific instrument parts ■ Medical device parts ■ Jigs and tools ■ Other various metal/plastic/carbide parts, etc. *For more details, please download the PDF or feel free to contact us.
Make the impossible possible! Reproduce product shapes with undercuts using casting methods! Utilize the characteristics of cast products to create a visual model of integration!
"Vacuum casting" is widely known as a method for creating plastic prototypes without the need for expensive and time-consuming mold creation. For shapes that have undercuts, which are typically produced in mass production using blow molding or DSI methods, expensive molds were created even at the prototype stage to obtain prototypes, as the vacuum casting method could not accommodate such shapes. In the melt core vacuum casting project for manufacturing air intake ducts, we aim to achieve both short lead times and low costs by reproducing shapes that were previously impossible with "vacuum casting." **Features** - Prototypes can be produced with uniform wall thickness and precision for complexly curved pipes, intake boots, duct systems, and bellows shapes. - Depending on the shape, production in rigid materials is possible, as well as integrated products of soft and rigid materials. - It is suitable for creating visualization models of various mechanical components. For verification tests in flow analysis, it is possible to produce integrated castings of internal undercut flow areas using a special melt core method. This is particularly useful for visualizing transmission components to aid in the development of oil flow analysis. For more details, please contact us or download the catalog.
