"Helur" is a type of fitting commonly used in the piping of pharmaceutical and food factories. It is used in processes that require a more hygienic environment among various types of pipe fittings. The technical documentation from Nitto Metal Industry titled "What is Helur?" introduces the applications, types, and related products of "Helur." It contains basic information, making it useful for new employee training and study sessions. You can view more details from the related catalogs at the bottom of the page.

A manufacturer specializing in liquid mixing has created a mixing container! We have registered a reference document summarizing the features of a mixer equipped with the Bernoulli flow mixing body BEAG, titled "No mixing blades or holes, yet strong mixing power! What is a Bernoulli flow mixer?" Chapter 1: No mixing blades or holes! What is the Bernoulli flow mixing body BEAG? Chapter 2: How does BEAG work? Chapter 3: I want to see how BEAG mixes Chapter 4: Features of the Bernoulli flow upright mixer Chapter 5: Frequently asked questions about mixers Chapter 6: When you want to increase mixing efficiency even more Chapter 7: What are mixing blades other than BEAG? Chapter 8: Examples of combinations of stainless steel containers and mixers This document can be viewed immediately after downloading. Please download it from the related catalog at the bottom of the page. *For a printed booklet, please apply through our website.

"Are stainless steel containers related to the RoHS Directive?" You may have heard the terms "RoHS Directive" and "RoHS-compliant products" at least once. We sometimes receive inquiries such as, "Are stainless steel containers compliant with the RoHS Directive?" "Is there a certificate available?" What exactly is the RoHS Directive, and what is its relationship with stainless steel containers? "What is a non-applicability certificate for stainless steel containers?" A non-applicability certificate is one of the documents submitted to customs when exporting industrial products overseas. It is not a document that is always required for exports, but in many cases, it seems to be requested. Here is a brief summary of the non-applicability certificate.

A valve refers to a device that regulates the flow of liquids or powders through piping. In stainless steel containers, it is common to use valves to adjust the flow rate when transferring mixed liquids or powders to another location. There are various types of valves with different characteristics, and by selecting the most suitable valve for the application, it is possible to reduce production costs and the risk of foreign material contamination. When selecting a valve, it is important to consider whether you will be handling liquids or powders. This document will introduce valves that are commonly used in conjunction with stainless steel containers, categorized by their application to liquids and powders.

Powder mixers are essential in the production processes of food and pharmaceuticals. Our stainless steel containers also play a role as part of equipment such as receiving containers. Mixing powders is not as simple as just preparing a stirrer like you would for liquids. Since powders do not move fluidly, specialized machinery is necessary to achieve uniform mixing. In this document, we will introduce several common types of powder mixers from the many available.

This document summarizes the insulation method for a stainless steel tank with a jacket that can maintain temperature by circulating water or steam in the outer tank. By using a stainless steel tank with a jacket and circulating hot water or steam inside the jacket, the surface of the tank also becomes high temperature. Heat radiation from the tank can raise the temperature of the working environment, and if the room temperature is low, it may take a long time for the tank temperature to increase. Additionally, there is a risk of burns if someone accidentally touches the high-temperature tank. This document introduces the insulation method for jacketed tanks.

We are a stainless steel container manufacturer specializing in industrial stainless steel containers and equipment, with 60 years of experience! We manufacture high-grade stainless steel products that are not available elsewhere, including sanitary containers used in major pharmaceutical factory production lines, receiving containers incorporated into equipment and devices, small capacity containers for research and prototyping stages, and storage containers for food manufacturers. With a rich product lineup and fully customized orders starting from one piece, we create stainless steel tanks that meet our customers' needs. Feel free to consult us about products not listed in the catalog or custom processing! Although we specialize in stainless steel, we also have experience in manufacturing Inconel (Hastelloy) tanks recently. Please don't hesitate to reach out with your "I want this kind of container" requests! On our website, you can view and request our catalog. We invite you to take a look. https://www.nitto-kinzoku.co.jp/catalog/

We have summarized three experiments conducted so far. 1. Pumping Gyoza Filling Nitto Metal Industry Co., Ltd. offers rental of demonstration machines. This time, we received a request from a food user to create a container for pumping gyoza filling, and we decided to conduct a pumping experiment using our demonstration machine. 2. Jacket Container Pressure Failure Experiment Sometimes, customers mistakenly apply pressure to jacket containers meant for normal pressure, resulting in container failure. Such failures can lead to serious accidents, including injuries to operators and splattering of the liquid inside. We conducted an experiment to determine how dangerous it is when pressure is applied to a jacket container. 3. Transferring High Viscosity Liquids Without Spillage "Do anti-drip beakers prevent any liquid from dripping?" High viscosity liquids take a long time to clean up when spilled. For hazardous liquids, it is even more critical to prevent drips. In this experiment, we used our anti-drip beaker to transfer a high viscosity liquid. Can we successfully transfer a high viscosity liquid without spilling it around?

Have you ever experienced the following issues while using stainless steel containers? - Contents or dirt getting trapped in the rim of the container, making it impossible to remove. - Dirt accumulating on the handle, causing inconvenience. - Taking a long time to remove dirt or cleaning solution that gets into the gaps of the container during the cleaning process. When dirt or foreign substances get into the gaps of the container, they are difficult to remove. This not only prolongs the cleaning process but also the residual dirt and cleaning solution can lead to foreign matter contamination or cross-contamination. So, what kind of stainless steel containers can help reduce cleaning time? We have compiled a list of stainless steel containers that are easy to clean and can help prevent foreign matter contamination and cross-contamination.

Stainless steel containers are not only used for raw material storage but are also incorporated as part of the machinery components in devices. Here, we introduce our stainless steel products used in various applications as components of different devices and equipment, including material input and product receiving containers, along with examples of custom products delivered to equipment-related manufacturers. Chapter 1: List of Stainless Steel Products for Equipment Manufacturers 1-1: Receiving finished products. Storing raw materials and intermediate products. 1-2: Feeding materials into the device. Removing materials from the container. 1-3: Placing parts into cleaning and sterilization machines. Receiving foreign substances. 1-4: Checking the inside of the container. 1-5: Adding inspection and cleaning ports. 1-6: Adjusting flow rate and discharge volume. 1-7: Connecting fittings of different types. Chapter 2: Delivery Examples of Stainless Steel Products for Equipment Manufacturers 2-1: Delivery examples for equipment manufacturers. 2-2: Delivery examples related to devices.

Stainless steel containers are widely used in factories and laboratories for raw material storage and as part of manufacturing lines. Here, we would like to introduce recommended stainless steel products for food manufacturers, along with examples of products we have manufactured and delivered for food manufacturers. Chapter 1: List of Stainless Steel Products for Food Manufacturers 1-1: Storing raw materials and intermediate products. 1-2: Placing parts into washing and sterilization machines. Receiving foreign substances. 1-3: Transporting containers. 1-4: Adding materials. 1-5: Releasing stored items. 1-6: Others Chapter 2: Delivery Examples of Stainless Steel Products for Food Manufacturers

We sometimes receive inquiries from customers saying, "Even though it's made of stainless steel, it rusted right away." Stainless steel, as the English words "Stain" (rust, corrosion), "less" (less), and "steel" (steel) suggest, is an alloy of iron that is highly resistant to rust. While it is considerably less prone to rust compared to regular iron, it is not completely rust-proof. Here, we have summarized "Why is stainless steel resistant to rust?", "What causes rust on rust-resistant stainless steel?", and "What are the rust prevention measures for stainless steel containers?".

There are electric motor type and air motor type stirrers for general industrial use. I have summarized the differences between them. Stirrers are used in various applications such as stirring and mixing liquid raw materials, often in combination with stainless steel containers. Here, I have summarized the features, advantages, and disadvantages of electric motor type stirrers and air motor type stirrers.

What is a pump in the first place? We have summarized what kind of pump is compatible with stainless steel tanks. A pump is necessary when transporting liquids or powders from a stainless steel tank. Among our customers who have purchased our storage and discharge containers, many are likely using them in conjunction with pumps. It is important not only to choose a pump that is easy to handle but also one that is suitable for the intended application. Additionally, the stainless steel tank connected to the pump should be designed and manufactured according to the contents and the pump, creating an optimal working environment that leads to improved product quality and work efficiency.

We would like to introduce a custom manufacturing case of Inconel products that were completely made to order and delivered! Our company manufactures products using stainless steel, but recently, we have seen an increase in the design and production of Inconel (Hastelloy) containers. Here, we will showcase a custom manufacturing case of Inconel products that were completely made to order and delivered!

Improved Cleanliness and Strength!? A Summary of the Two-Birds-With-One-Stone Processing Method "Burring" Used in Stainless Steel Containers. Stainless steel containers are utilized in industries such as pharmaceuticals and food due to their resistance to rust and hygienic properties, aimed at preventing quality degradation caused by contamination. What is particularly important is the "cleanliness," which refers to the ability to prevent dirt accumulation and make it easy to remove dirt. To enhance the cleanliness of such containers, we will introduce the processing method "burring" used in stainless steel containers.

I will provide a brief overview of Tank No. 20. Tank No. 20 refers to a tank used for the temporary storage and retention of hazardous materials. It is named as such because it is defined in Article 9, Paragraph 1, Item 20 of the Fire Service Act's "Ordinance on the Regulation of Hazardous Materials." Here, we will clearly explain the uses and judgment methods of Tank No. 20. Nitto Metal Industry is capable of manufacturing stainless steel Tank No. 20 and containers for the transportation of hazardous materials. Please feel free to contact us with details about the contents and capacity.

"What is a pressure vessel?" This is a simple summary about containers designed to handle pressure. In our company's stainless steel containers, we have not only storage and discharge containers but also a product called a pressure vessel. As the name suggests, a pressure vessel is a container designed to handle "pressure." Some people might associate it with familiar items like a pressure cooker. Here, we will explain this somewhat unclear concept of pressure vessels (pressure containers) in an easy-to-understand manner.

We have compiled basic knowledge about glass and glass products that can be used in combination with stainless steel containers. By combining glass products with stainless steel containers, we can eliminate the disadvantages of stainless steel containers and make them more comfortable to use. Here, we will briefly introduce the types of glass and their relationship with stainless steel containers.

Select the optimal specifications for your usage environment and purpose to reduce movement and work time, and cut costs! When using stainless steel containers, there are various requirements for the containers depending on their intended use. For example, when transporting contents to the next process, a specification that allows for moving the entire container is required. Here, we will explain various carts and stands that are commonly used in combination with our stainless steel containers. When considering containers, we will propose the most suitable carts and stands that match your usage environment and purpose. We hope this explanatory document will serve as a reference when considering stainless steel containers.

What is the optimal mixer for a stirring container, considering the installation method, drive type, and shape of the stirring blades? When using stainless steel containers, there are various requirements for the container depending on the intended use. Mixers play a crucial role when mixing materials or stirring to create products. Here, we will explain various mixers that are commonly used with our stainless steel containers. When considering a container, we will propose the most suitable mixer that matches the contents. We hope this explanatory document will serve as a reference when considering stainless steel containers.

Introducing the "Single Tapered Container," which is different from ordinary stainless steel containers. Stainless steel containers are widely used as storage containers for raw materials and as cooking utensils in companies, factories, and homes. However, many people may not yet be familiar with the "Single Tapered Container" among these stainless steel containers. Here, we have summarized the features of the "Single Tapered Container" in an easy-to-understand manner.

This is an introduction to the identification management methods for stainless steel containers (stainless steel products) conducted as part of quality management. "Identification management" is one of the essential management practices in product manufacturing. Within the factory, identification management as part of quality control is likely being implemented in various situations, such as with materials and manufacturing processes. While the management methods vary depending on the factory and product, it is necessary to select the optimal identification method suited to the environment. Here, we will introduce the identification management methods for stainless steel containers (stainless steel products) used in various situations, including raw material storage, production lines, and integration into machinery.

We have summarized two types of inspections conducted at our company: the "penetrant testing" for stainless steel containers and the "pressure vessel inspection." At our company, we perform various inspections to maintain product quality. Additionally, if requested by customers, we can conduct inspections tailored to their preferences. Here, we will introduce the color check (penetrant testing) and the pressure vessel inspection among the inspections of our stainless steel containers. However, please note that what is written here represents only a portion of the inspections we conduct, and there are many other types as well. We hope this explanatory document will serve as a reference when considering stainless steel containers.

I have summarized methods to check the remaining amount (level) in opaque stainless steel containers that cannot be seen through from the outside. Stainless steel containers have the disadvantage of requiring extra effort to check the remaining amount of their contents. This is because, unlike glass or plastic containers, stainless steel containers are opaque, making it impossible to directly check the remaining amount (level) of liquids or other contents inside. Here, I have compiled three methods to easily check the remaining amount of contents in stainless steel containers.

Do you know what the differences are between the faucet and the ball valve attached to the stainless steel container? As convenient stainless steel containers for dispensing liquids, our company offers two types of products: containers with faucets and containers with ball valves. Both can dispense liquids in smaller portions like a water server or a jug, but let me introduce the differences between the faucet and the ball valve.

Explaining the differences between packing, gaskets, and O-rings, as well as the materials and properties of packing essential for sealing stainless steel containers, and how to select them! When using stainless steel containers, there are various requirements for the container depending on its intended use. Sealing components play a crucial role when sealing the container or piping from the container to manufacturing equipment. Here, we will explain the various sealing components commonly used in our stainless steel containers, focusing particularly on packing. However, what is written here is an introduction to those that are generally known. There are many other types of sealing components depending on the materials and applications. When considering a container, we will propose the most suitable sealing components that match your purpose. We hope this explanatory document will serve as a reference when considering stainless steel containers.

Why does powder get clogged? We will explain basic terms related to powder and introduce methods to resolve powder clogs from the perspective of the containers used to hold the powder! "Powder clogging" is a common issue when discharging powder from containers. It can lead to variations in product quality due to prolonged discharge times or complete stoppages. But why does the powder flow poorly (get clogged) in the first place? Here, we summarize the causes of powder clogging and the specifications of containers and peripheral equipment to resolve these issues.

I have summarized the important cleaning methods to prolong the life of stainless steel containers. It is essential to clean the container after use. However, incorrect cleaning methods can cause scratches or lead to rust. Here, I will introduce the important cleaning methods to ensure the longevity of stainless steel containers.

The "Hygienic Fitting," which is essential for containers and piping, is easy to clean without the need for tools. We have summarized its mechanism and related products. When flowing or introducing water and raw materials into stainless steel containers or equipment, you likely connect pipes and valves to the containers or equipment. When making these connections, threaded fittings such as sockets and nipples, as well as "fittings" like flanges and hygienic fittings, are used. Here, we will introduce the "Hygienic Fitting," which is used in processes that require a more sanitary environment, along with its applications, types, and related products.