nut Product List and Ranking from 114 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.

nut Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.

  1. 大阪フォーミング Osaka//Building materials, supplies and fixtures manufacturers
  2. 第一工業 鋲螺事業部(ネジ・ボルト・ナット等締結部品　製造販売.　静岡県浜松市) Shizuoka//others
  3. ハードロック工業 Osaka//others
  4. 4 双和製作所 本社 Osaka//others
  5. 5 東京衡機エンジニアリング Tokyo//Building materials, supplies and fixtures manufacturers
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nut Product ranking

Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.

  1. Speed nut 双和製作所 本社
  2. Nuts / Daiichi Kogyo Co., Ltd. 第一工業 鋲螺事業部(ネジ・ボルト・ナット等締結部品　製造販売.　静岡県浜松市)
  3. Locking nut "Smart Hyper Road Nut" 東京衡機エンジニアリング
  4. Closet Storage Bright Walnut 南海プライウッド
  5. 4 EVN Precision Lock Nut エバオン

nut Product List

76～90 item / All 461 items

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[Technical Information] Achieving anti-loosening effect based on the principle of "wedge."

[Technical Information] Achieving anti-loosening effect based on the principle of "wedge."

Applying the principle of a "wedge" to nuts! A hard lock nut recognized by the world.

The cause of loosening screws lies in the play (clearance) of the threads between the bolt and the nut, and if this can be completely eliminated, it would achieve the ideal anti-loosening effect. Our anti-loosening effect utilizes the "wedge," which has been used in wooden construction for a long time. We have conducted extensive research and developed a product that applies the principle of this "wedge" to the nut. That groundbreaking product is the 'HLN Hard Lock Nut.' 【Features of the HLN Hard Lock Nut】 ■ Anti-loosening effect recognized worldwide ■ Torque and axial force management possible ■ Reusable ■ Easy and good workability ■ Contributes to significant cost reduction *For more details, please refer to the PDF materials or feel free to contact us.

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[Technical Information] Troubles Caused by Loosening: What is Bolt Failure?

[Technical Information] Troubles Caused by Loosening: What is Bolt Failure?

Bolt damage/fracture occurs on the surface of the bolt, especially from the bottom of the thread valley where stress concentration is high!

The damage to screws and bolts can be broadly categorized into three types: "damage," "failure," and "fracture." Damage refers to the separation of a part of the material or the occurrence of permanent deformation, and it does not necessarily indicate a hindrance to use. Failure refers to the separation of a part or the whole of the material or the occurrence of significantly large permanent deformation that renders it unusable, while fracture refers to the separation of the material due to failure. In other words, damage or fracture of a bolt occurs on the surface of the bolt, particularly from the bottom of the thread valleys where stress concentration is high. For more detailed explanations, please refer to the related link page. 【Forms of Bolt Damage】 ■ Damage: Separation of a part of the material or occurrence of permanent deformation ■ Failure: Separation of a part or the whole of the material or occurrence of significantly large permanent deformation that renders it unusable ■ Fracture: Separation of the material due to failure *For more details, please refer to the PDF materials or feel free to contact us.

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[Technical Information] About the Principle of Loosening: Basic Edition

[Technical Information] About the Principle of Loosening: Basic Edition

A detailed explanation of "non-rotational looseness of the threaded part" and "looseness due to rotation of the threaded part"!

When physically defining the loosening of bolts and nuts, it can be defined as "the decrease in fastening force (bolt axial force)." So, what factors contribute to this decrease in fastening force? They can be broadly divided into two categories: "loosening due to non-rotation of the threaded part" and "loosening due to rotation of the threaded part." When considering methods to prevent loosening, it is necessary to examine these two factors. In the products of Hard Lock Industries, development focuses on how to prevent loosening caused by the rotation of the threads, resulting in overwhelmingly superior anti-loosening characteristics. [External force factors for loosening due to thread rotation] 1. Axial direction of the bolt 2. Direction perpendicular to the bolt axis 3. Direction around the bolt axis *For more details, please refer to the PDF materials or feel free to contact us.

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[Technical Information] How to detect looseness? (NAS Test)

[Technical Information] How to detect looseness? (NAS Test)

Testing that emphasizes the effects of accelerated (decelerated) environments and high-temperature environments! Introducing NAS testing!

The NAS test refers to the accelerated vibration test described in the U.S. aerospace standards: NAS (NATIONAL AEROSPACE STANDARD) 3350/3354, which is commonly known as the NAS test. Since the test is based on requirements for the aircraft industry, it emphasizes the effects of acceleration (deceleration) environments and high-temperature conditions. At Hard Rock Industries, the "impact vibration test in accordance with NAS3350/3354" is referred to as the NAS test. Additionally, the U.S. aerospace standards specify that the materials for applicable bolts and nuts are primarily heat-resistant alloys, and the lubricants used are also specified, along with various other criteria. To properly conduct the NAS test, it is necessary to adhere to all of these standards; however, for products intended for the Japanese market, tests that conform to the NAS test are generally conducted. *For more details, please refer to the PDF document or feel free to contact us.*

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[Technical Information] How to detect looseness? (Yunker Test)

[Technical Information] How to detect looseness? (Yunker Test)

Continuously measure changes in axial force! We will explain the principles of the Juncker test in detail!

The Junker axial perpendicular vibration test is a test for the loosening of screws caused by repeated loads in the axial perpendicular direction. The principle of the Junker test is illustrated in the left diagram. By applying repeated forces perpendicular to the axis of the screw, it generates a loosening torque, allowing for continuous measurement of changes in axial force. In actual usage scenarios of screws and bolts, vibrations occur regularly and are a primary cause of loosening. The Junker test machine artificially generates vibrations in the axial perpendicular direction, which are prone to cause a decrease in axial force, for observation and verification. *For more details, please refer to the PDF document or feel free to contact us.*

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Technical Information: Design of Fastened Joints

Technical Information: Design of Fastened Joints

How should the bolts of a fastening assembly be designed? Here are some design methods.

The technical information site "Screw Fastening Technology Navigation," which contributes to solving issues related to screw fastening that our company operates, introduces the "design of screw fastening bodies." It explains the design methods for a bolt fastening body that connects two hollow cylinders with a single bolt and nut. We provide detailed explanations with diagrams and formulas on how to design the bolt to meet specific conditions and the design policies for each condition. Please take a look at the related links. [Contents] ■ How should the bolts of screw fastening bodies be designed? ■ What is the internal force coefficient Φ? *For more details, please feel free to contact us.

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[Technical Information] Basic Knowledge of Understanding Looseness: What is Torque and Axial Force Management?

[Technical Information] Basic Knowledge of Understanding Looseness: What is Torque and Axial Force Management?

How to determine the necessary tightening torque to manage the appropriate axial force! Introducing a simple calculation formula.

When fixing the joined components, the types of fastening screws include bolts and nuts. Axial force refers to the force that pulls the bolt in the axial direction when the bolt is tightened, causing the bolt tightening area to stretch slightly. The reactive force that attempts to return to its original state during this process is the axial force. If the axial force is not within the appropriate range, it can lead to loosening or cause the joined components to break, making daily management of proper tightening torque and axial force crucial. Now, to determine the necessary tightening torque for managing the appropriate axial force, it can be calculated using a simple formula. We provide detailed information on this in our technical information site "Screw Fastening Technology Navi," which contributes to solving screw fastening challenges, so please check it out through the related link. *For more details, please feel free to contact us.

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[Technical Information] Principle of Inclined Plane (in the case of a screw)

[Technical Information] Principle of Inclined Plane (in the case of a screw)

We will solve various issues related to agreements together with our users! Here, we introduce the principle of slopes in the case of angle screws.

In the tightening of screws, when torque is applied to the nut while the bolt is under axial force, the relationship between the bolt axial force and the torque applied to the nut is derived as an application of the "principle of the inclined plane." On our technical information site "Screw Fastening Technology Navi," which contributes to solving issues related to screw fastening, we provide detailed explanations of the principle of the inclined plane in the case of square screws, using diagrams and other materials. Please take a look from the related links. *For more details, feel free to contact us.

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[Technical Information] About "Mechanical Properties"

[Technical Information] About "Mechanical Properties"

An overview of "mechanical properties," the general term for the mechanical characteristics possessed by metallic materials!

"Mechanical properties" refers to the collective term for the mechanical characteristics possessed by metallic materials, with tensile strength, elongation, reduction of area, hardness, and impact value being representative examples. Our technical information site, "Screw Fastening Technology Navi," which contributes to solving issues related to screw fastening, provides detailed information on typical mechanical properties using diagrams and tables. Please take a look through the related links. [Contents] ■ What are mechanical properties? - Tensile testing and stress-strain diagrams - Reduction of area, hardness, impact value - Relationship between tensile strength and hardness ■ Typical mechanical properties - Steel materials - Non-ferrous metals *For more details, please feel free to contact us.

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[Technical Information] About Steel Materials "Basic Edition"

[Technical Information] About Steel Materials "Basic Edition"

Introduction to the basics of steel materials and heat treatment! Our company helps solve problems with a wide range of approaches.

The technical information site "Screw Fastening Technology Navi," which contributes to solving challenges in screw fastening that our company operates, introduces steel materials. As the basics of steel materials, it includes topics such as "the difference between ferrous and non-ferrous," "what carbon steel is," and "manufacturing methods," presented with diagrams and tables. Please take a look through the related links. 【Content Overview】 ■ Basics of Steel Materials 　・Difference between Ferrous and Non-Ferrous 　・What is Carbon Steel 　・Manufacturing Methods ■ About Heat Treatment 　・Basic Heat Treatment 　・Microstructural Changes Due to Heat Treatment ■ Major Steel Materials *For more details, please feel free to contact us.

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[Technical Information] Regarding Metal Damage: "Fatigue Fracture"

[Technical Information] Regarding Metal Damage: "Fatigue Fracture"

Evaluation of fatigue characteristics and concepts of fatigue strength safety design! Detailed introduction using diagrams.

Fatigue fracture is a failure phenomenon that occurs suddenly and without warning under conditions where a constant load is applied repeatedly, and it can also occur with variable loads. On our technical information site "Screw Fastening Technology Navigation," which contributes to solving issues related to screw fastening, we provide detailed information about metal damage known as "fatigue fracture." Please take a look through the related links. [Contents] ■ What is fatigue fracture? - Evaluation of fatigue characteristics - Factors that change fatigue characteristics - Fatigue mechanisms ■ Characteristic fracture surfaces of fatigue fracture - Beach marks - Striation patterns ■ Concepts of fatigue strength safety design *For more details, please feel free to contact us.

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Bolt & Nut

Bolt & Nut

Hex Bolt (Full Thread / Half Thread) Quantity Table (Unichrome / Stainless) & Hex Nut

Keimoto Manufacturing specializes in a wide range of materials, hardware, tools, and site-related consumables, primarily focusing on construction screws. 【Features】 ○ High quality and low prices. Prices become even more affordable with bulk orders. ○ A wide variety of products and ample stock. Fast delivery times. Custom orders are also accommodated. ○ Nationwide shipping is available. We also offer options for small packaging. ● For more details, please contact us or download the catalog (digest version).

  • Joints between components
  • Other fittings

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Self-locking nut

Self-locking nut

Quality comparable to domestically produced products! Taiwanese self-locking nuts with anti-loosening and anti-falling-off features.

We would like to introduce the "Self-Locking Nut" that we handle. The friction ring crimped onto the top surface of the nut bites into the bolt thread, providing a higher anti-loosening effect compared to standard nuts. Additionally, even if the axial force decreases, the ring's effect prevents early detachment. Furthermore, no special tools are required for fastening, making it exceptionally easy to work with. We also accommodate custom orders for sizes M30 and above, low-profile designs, and trivalent black finishes. 【Features】 ■ Exhibits high anti-loosening functionality ■ Prevents early detachment due to the effect of the ring ■ Exceptional workability as no special tools are required for fastening *For more details, please refer to the PDF document or feel free to contact us.

  • Playground equipment
  • Transportation System
  • Water Treatment Plant

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CFRP Nut "Alu Armor(R) Nut"

CFRP Nut "Alu Armor(R) Nut"

Promotion of lightweight manufacturing! Aluminum alloy insert nuts for CFRP that prevent galvanic corrosion.

The "Alu-Arma(R) Nut" is a nut made from aluminum alloy. It is treated with a patented special hard anodized coating on the surface, ensuring electrical insulation and effectively preventing the occurrence of galvanic corrosion. When mounted on CFRTP containing 40% carbon fiber and evaluated using the JIS saltwater alternating immersion method, it maintains corrosion resistance for 3,000 hours. 【Features】 ■ High risk countermeasures for galvanic corrosion ■ Synergy for weight reduction ■ Strong fastening retention performance ■ Overall cost reduction ■ Two basic shapes available *For data and material requests, please feel free to contact us through the Yamashina website: http://www.yamashina.ne.jp/

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High-strength aluminum alloy nut and collar "Alkeeper"

High-strength aluminum alloy nut and collar "Alkeeper"

Further weight reduction of resin parts has been achieved! Made of aluminum alloy, it blocks radio waves, is unaffected by magnetic fields, and is suitable for electronic control!

"Alki-Pa" is a series of high-strength, lightweight nuts and collars made from aluminum alloy. It is a fastener developed as a dedicated component targeting the lightweighting of resin applications. Not only is it lightweight, but it also adheres very strongly when molded into resin, achieving strength that surpasses brass and steel nuts in pull-out and rotation resistance. Additionally, due to the properties of aluminum, it blocks electromagnetic waves and is not affected by magnetic fields. It is well-suited for automobiles and robots where lightweighting and electronic control, such as in autonomous driving, are advancing. 【Features】 ■ Lightweight aluminum alloy ■ Steel grade 10.9 bolt breaks at the threads ■ From inserts to outserts ■ Compatible with thermoplastics and thermosetting resins ■ Blocks electromagnetic waves and is non-magnetic *For data and material requests, please feel free to contact us through the Yamashina website: http://www.yamashina.ne.jp/

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