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HARDLOCK INDUSTRY Fulcrum Pins（Material：Steel）
HARDLOCK INDUSTRY offers products Fulcrum Pins specified by Material Steel from Automation Components product category. There are a total of 1 items. Search and select detailed specifications of parts for your machine with free CAD downloads. HARDLOCK INDUSTRY products are available to order through MISUMI online 24 hours a day. Free shipping, no minimum order.
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Specification/Dimensions
-
Nominal of Thread M
- 1
- 1/2
- 2
- 3
- M3 x 0.35
- M3×0.35
- M3 x 0.5
- 3/8
- 4
- M4 x 0.5
- M4×0.5
- M4 x 0.7
- 5
- M5 x 0.5
- M5×0.5
- M5 x 0.8
- 6
- M6 x 0.75
- M6×0.75
- M6 x 1
- M6×1.0
- 7
- 8
- M8
- M8 x 0.75
- M8X0.75
- M8×0.75
- M8 x 1.0
- M8×1.0
- M8 x 1.25
- M8×1.25
- 9
- 10
- M10
- 10X0.75
- M10 × 0.75
- M10X0.75
- M10x0.75
- M10×0.75
- M10 x 1
- M10X1.0
- M10×1.0
- M10 x 1.5
- M10×1.5
- 11
- 12
- M12
- 12X1.0
- M12 x 1
- M12X1.0
- M12x1
- M12×1.00
- M12×1.0
- M12X1.5
- M12 x 1.75
- M12×1.75
- 13
- 14
- 15
- M15
- 15X1.0
- M15 x 1
- M15X1.0
- M15x1
- M15×1.0
- M15×1.00
- 16
- M16X1.5
- M16 x 2
- M16×2.0
- 17
- M17
- 17X1.0
- M17 x 1
- M17X1.0
- M17x1
- M17×1.0
- M17×1.00
- 18
- 19
- 20
- M20
- 20X1.0
- M20X1.0
- M20x1
- M20×1.0
- M20×1.00
- M20X1.5
- M20 x 2.5
- M20×2.5
- 21
- 22
- 24
- M24X1.5
- M24 x 3
- M24×3.0
- 25
- M25
- 25X1.5
- M25X1.5
- M25x1.5
- M25×1.5
- M25×1.50
- 26
- 27
- M27X1.5
- 28
- 30
- M30
- 30X1.5
- M30 x 1.5
- M30X1.5
- M30x1.5
- M30×1.5
- M30×1.50
- M30 x 3.5
- M30×3.5
- 31
- M33X1.5
- 34
- M35
- 35X1.5
- M35X1.5
- M35x1.5
- M35×1.5
- M35×1.50
- 36
- 38
- 40
- M40
- 40X1.5
- M40X1.5
- M40x1.5
- M40×1.5
- M40×1.50
- M45
- 45X1.5
- M45X1.5
- M45x1.5
- M45×1.50
- M45×1.5
- M50
- 50X1.5
- M50X1.5
- M50x1.5
- M50×1.5
- M50×1.50
- M55
- M55 x 2.0
- M55X2.0
- M55x2
- M55×2.0
- M55×2.00
- M60
- M60 x 2.0
- M60X2.0
- M60x2
- M60×2.00
- M60×2.0
- M65
- M65X2.0
- M65x2
- M65×2.0
- M65×2.00
- M70
- M70X2.0
- M70x2
- M70×2.00
- M75
- M75X2.0
- M75x2
- M75×2.0
- M75×2.00
- M80
- M80X2.0
- M80x2
- M80×2.0
- M85
- M85x2
- M85×2.0
- M90
- M90X2.0
- M90x2
- M95
- M95X2.0
- M95x2
- M100
- M100X2.0
- M100x2
- M105
- M105x2
- M110
- M110x2
- M115
- M115X2.0
- M115x2
- M120
- M120x2
- M125
- M125x2
- M130
- M130x2
- M135
- M135x2
- M140
- M140x2
- M145
- M145x2
- M150
- M150x2
- M155
- M155x3
- M160
- M160x3
- M165
- M165x3
- M170
- M170x3
- M180x3
- M190
- M190x3
- M200x3
- TM205x4
- Tr220
- TM220x4
- TM235x4
- Tr240
- TM240x4
- Tr260
- TM260x4
- Tr280
- TM280x4
- TM300x4
- Tr320
- TM320x5
- TM330x5
- Tr340
- TM340x5
- TM360x5
- TM365x5
- TM380x5
- TM420x5
-
Shape
-
Material
- Steel
- Stainless Steel
-
Surface Treatment
- N/A
- Phosphate Treatment
- Black Oxide
- Yes
- No
-
Screw Type
-
Cleaning Method
- Degreasing
- Precision Cleaning
- Electrolytic Polishing + Precision Cleaning
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You can add up to 6 items per a category to the compare list.
Until 31/03/2025
Until 31/03/2025HARDLOCK INDUSTRY
Bearing lock nut which employs a wedge-based design. Stability is ensure even for several dozen repetitions.From: ฿ 211.24 Special Price Days to Ship: 
Same day
Same day
| Brand |
|---|
| Product Series |
| From |
| Days to Ship |
| Nominal of Thread M |
| Type |
| Shape |
| Material |
| Surface Treatment |
| Screw Type |
| Cleaning Method |
You can add up to 6 items per a category to the compare list.  Until 31/03/2025 | |
| Brand | HARDLOCK INDUSTRY |
| Product Series | |
| From | ฿ 211.24 Special Price On Sale Until 31/03/2025 |
| Days to Ship | Same day |
| Nominal of Thread M | M10X0.75 ～ M80X2.0 |
| Type | Lock Nut |
| Shape | Round Shape |
| Material | Steel |
| Surface Treatment | Yes |
| Screw Type | Metric (Fine) Thread |
| Cleaning Method | - |
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Related Categories to Fulcrum Pins
FAQ Fulcrum Pins
- Question: What are Fulcrum Pins and how are they used in machinery?
- Answer: Fulcrum Pins are critical components in machinery that provide pivot points or bearing surfaces, allowing for rotational or linear motion in various assemblies. They are used in applications such as levers, linkages, and mechanical arms to facilitate controlled movement and to distribute load effectively. By serving as the pivot or hinge point, Fulcrum Pins enable parts of a machine to move in a precise and controlled manner, which is essential for the functionality of complex mechanical systems.
- Question: How do I select the appropriate material for a Fulcrum Pin in my application?
- Answer: The material selection for a Fulcrum Pin depends on several factors including the load requirements, environmental conditions, and desired durability. Common materials include:
- Stainless Steel: Offers excellent corrosion resistance, ideal for corrosive environments.
- Carbon Steel: Provides high strength, suitable for high-load applications.
- Alloy Steels: Balances toughness and wear resistance for various conditions.
Assess the operating environment and specific demands of your application to select a material that provides the best balance of performance and longevity. - Question: What are the different surface treatments available for Fulcrum Pins and their benefits?
- Answer: Surface treatments for Fulcrum Pins include:
- Black Oxide: Provides moderate corrosion resistance and a uniform appearance, suitable for general applications.
- Phosphate Treatment: Enhances wear resistance and improves the adhesion of lubricants, ideal for high-friction environments.
- Plain Finish: Used where minimal surface treatment is required.
Choosing the right surface treatment can significantly extend the lifespan of the pin and improve its performance in specific conditions. - Question: How can I ensure that the dimensions of the Fulcrum Pin I select are compatible with my machinery?
- Answer: To ensure compatibility, carefully measure the required dimensions, including the pin diameter, length, and any threading specifications. Verify that the nominal thread size matches the corresponding component in your machinery. Use the manufacturer’s datasheets and compare the dimensions against your machine’s requirements. Precision in these measurements is crucial to avoid issues such as improper fit, excessive play, or insufficient load support.
- Question: What types of loads can Fulcrum Pins handle and how should I account for these in my selection process?
- Answer: Fulcrum Pins can handle various types of loads including:
- Static Loads: Constant loads without movement.
- Dynamic Loads: Loads that change or move.
- Radial Loads: Perpendicular to the axis of the pin.
- Axial Loads: Along the axis of the pin.
Assess the maximum expected load and consider factors such as load direction, magnitude, and frequency. Ensure that the pin material and dimensions can withstand these loads without deformation or failure. For applications with dynamic or varying loads, choose pins with high fatigue strength to ensure long-term reliability and safety. - Question: Why are different shapes of Fulcrum Pins available and how do I choose the right one for my application?
- Answer: Fulcrum Pins come in various shapes such as:
- Round: Commonly used for general pivoting or rotating actions due to their even load distribution.
- Square: Provides greater resistance to rotational forces, ideal for secure engagement and torque transmission.
- Hexagonal: Also offers secure engagement and is often used for applications requiring easy installation and removal with standard tools.
Choose the shape that best matches the mechanical requirements and load conditions of your application to ensure optimal performance. - Question: How do Fulcrum Pins support both rotational and linear motion in mechanical systems?
- Answer: Fulcrum Pins support motion by:
- Rotational Motion: Providing a pivot point around which components can rotate, such as in hinges or lever arms.
- Linear Motion: Acting as a guide or sliding surface, allowing connected parts to move back and forth.
The pin’s smooth surface and precise fit in its housing facilitate these movements with minimal friction and wear. Ensure that the pin is correctly sized and aligned to maintain smooth and efficient motion in the system. - Question: What maintenance practices are recommended to extend the life of Fulcrum Pins?
- Answer: Recommended maintenance practices include:
- Regular Cleaning: Remove debris and contaminants to prevent wear.
- Lubrication: Apply appropriate lubricants to reduce friction.
- Inspection: Regularly check for signs of wear or damage and replace worn or damaged pins promptly.
- Alignment Check: Ensure the pin remains securely aligned and tight in its housing. Proper maintenance helps in extending the lifespan of Fulcrum Pins and ensures their effective performance. - Question: Can Fulcrum Pins be used in high-temperature or corrosive environments, and what considerations should be taken?
- Answer: Yes, Fulcrum Pins can be used in extreme environments if the appropriate materials and surface treatments are selected. For high-temperature applications, choose heat-resistant alloys that can maintain strength and integrity under thermal stress. In corrosive environments, materials like stainless steel or coated pins resist chemical attack. Evaluate the specific conditions and select pins that offer the necessary resistance to maintain performance and longevity.
- Question: What are the benefits of using customized Fulcrum Pins in specialized applications?
- Answer: Customized Fulcrum Pins offer several benefits:
- Precision Fit: Tailored dimensions ensure a precise fit for specific applications.
- Material Specificity: Select materials that meet unique environmental or load requirements.
- Enhanced Performance: Customization can improve efficiency, reduce wear, and extend component lifespan.
- Cost Savings: By reducing the need for additional adjustments or replacements, custom pins can lower overall maintenance and operational costs.
Customizing Fulcrum Pins allows you to address unique challenges and achieve optimal performance in specialized applications.
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