OEM Two wing Butterfly Wing Nuts 7
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- Loading Port:
- China Main Port
- Payment Terms:
- TT OR LC
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Quick Details
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| Standard: | Type: | Certification: | |||
| Material: | Surface: |
Packaging & Delivery
| Packaging Detail: | Plastic bag, pallet packing, carton box, by customer's requirement |
| Delivery Detail: | within 30days after payment |
Specifications
Two wing Butterfly Wing Nuts
1>Excellent dimension accuracy
2>Finished: per your requirements
3>factory directly supply
Two wing Butterfly Wing Nuts
We supply kinds of metal parts totally according to clients' drawings and samples and special requirement.
Product Description
1. Material: Ductile iron .
2. Sizes: Inner hole Dia 15/17mm.
We have different sizes ,types of wing nut to meet your needs, save your cost .
3. Weight: 0.35kg,thread pitch: 10.0mm.(or 6.35mm)
4. Surface: White Zinic , Yellow Zinic or painted, self color
5 Thread:casted or machine tap.
Our Services
1. 12000M2 standard modern workshop guarantee production capability to satisfy the customers needs
2. Our Independent quality control department,Which make sure the quality of all products
3. Our efficient and experienced sales team ,provide friendly and thoughtful service for clients from all over the world
- Q: Are steel props adjustable on uneven surfaces?
- Adjustable steel props, also referred to as steel acrow props or adjustable steel props, are capable of being adjusted on surfaces that are not even. These props are specifically designed to offer temporary support to structures during construction or renovation undertakings. Comprising of a steel tube and a threaded screw mechanism, these props allow for easy adjustment of height, making them perfect for usage on uneven surfaces. When positioned on a surface that lacks uniformity, the height of the steel prop can be modified to ensure stability and provide a level of support. By simply rotating the screw mechanism, the prop can be lengthened or shortened to the desired height, accommodating any irregularities on the surface. This feature of adjustability permits precise leveling and support, even on surfaces with varying elevations or inclines. Steel props are widely employed in construction sites, where uneven surfaces are frequently encountered. They possess versatility and can be utilized for a multitude of purposes, such as supporting walls, beams, ceilings, or other temporary structures. Their capability to be adjusted on uneven surfaces makes them an indispensable and trustworthy tool in construction projects, guaranteeing safety and stability throughout the entirety of the process.
- Q: Why subway steel support axial force value
- Prestressing loss inside soil anchor is amazing, which specification requirements of 10~15% super tension lock is not enough, in fact inside the prestressing Jack from soil drainage the moment gradually loss of anchorage problem, many problems of anchor soil creep, prestress loss after lock is terrible. Therefore, the general pre reinforcement will not add to the wife, because the actual role of the design and the lock is not so big.
- Q: How do you calculate the required number of steel props for a specific job?
- In order to determine the necessary quantity of steel props for a particular task, several factors need to be taken into account. Firstly, it is important to assess the load that each prop will bear. This can be accomplished by evaluating the weight of the structure or the load it is expected to support, such as concrete slabs or beams. Subsequently, the maximum load capacity of each individual steel prop needs to be determined. This information can typically be found in the manufacturer's specifications or by seeking advice from a structural engineer. Once these two pieces of information are obtained, the number of props required can be calculated by dividing the total load by the maximum load capacity of each prop. For instance, if the total load is 10,000 kg and each prop has a maximum load capacity of 1,000 kg, 10 props would be needed. However, it is crucial to also consider the spacing between each prop, which depends on the size and shape of the supported structure. Generally, props should be evenly spaced at regular intervals to ensure uniform distribution of the load. Furthermore, it is essential to take into account any safety factors or requirements dictated by local building codes or regulations. These may include considerations such as wind loads, seismic activity, or other environmental factors that could affect the stability of the structure. In conclusion, the process of calculating the necessary quantity of steel props for a specific job entails evaluating the load, maximum load capacity of each prop, spacing requirements, and any safety factors. It is always advisable to consult with a structural engineer or construction professional to guarantee precise calculations and adherence to safety standards.
- Q: Are steel props suitable for supporting temporary seating structures?
- Yes, steel props are suitable for supporting temporary seating structures. Steel props are strong, durable, and adjustable, making them ideal for providing the necessary support and stability required for temporary seating structures. They can withstand heavy loads and can be easily installed and removed, making them a reliable choice for such applications.
- Q: What is the structure of steel support anti - suspended membrane?
- So that the old sewage tank project frequently problems, high risk.
- Q: How do steel props contribute to the safety of workers during excavation?
- Steel props play a crucial role in ensuring the safety of workers during excavation projects. These temporary support structures are designed to provide stability and prevent collapses or cave-ins in the surrounding soil or structures. Here are some ways in which steel props contribute to the safety of workers during excavation: 1. Structural support: Steel props are used to shore up the sides of excavations, providing a sturdy framework that prevents the soil from collapsing and burying the workers. They act as a temporary support system, maintaining the stability of the excavation site and minimizing the risk of accidents. 2. Preventing cave-ins: Excavation work involves digging deep into the ground, which can destabilize the surrounding soil. Steel props are strategically positioned to distribute the pressure exerted by the soil, preventing it from collapsing onto the workers. By keeping the excavation walls supported, steel props significantly reduce the risk of cave-ins, which can be life-threatening. 3. Increased stability: Excavation sites often involve working near existing structures or underground utilities, which can be compromised during the excavation process. Steel props provide additional stability to adjacent structures, minimizing the risk of damage or collapse. This ensures the safety of workers and prevents potential accidents that may result in injury or even fatalities. 4. Adaptability: Steel props are highly versatile and can be adjusted to fit various excavation depths and configurations. This adaptability allows workers to customize the support system according to the specific requirements of the excavation site. By providing a secure and adaptable support structure, steel props help workers carry out their tasks safely and efficiently. 5. Compliance with regulations: Excavation work is subject to strict safety regulations and guidelines. The use of steel props is often mandated by regulatory authorities to ensure worker safety. By following these regulations and utilizing steel props, employers demonstrate their commitment to providing a safe work environment, reducing the risk of accidents, and avoiding potential legal liabilities. In conclusion, steel props are essential for the safety of workers during excavation projects. They provide structural support, prevent cave-ins, increase stability, adapt to various excavation configurations, and comply with safety regulations. By incorporating steel props into excavation sites, employers can significantly reduce the risk of accidents, protecting the lives and well-being of workers.
- Q: Can steel props be used for supporting heavy machinery or equipment?
- Steel props are capable of supporting heavy machinery or equipment. They possess strength and durability, making them a suitable option for offering temporary support to heavy loads. Often utilized in construction and engineering ventures, these props effectively support the weight of equipment like cranes, scaffolding, and formwork systems. The height of steel props can be adjusted, allowing for customization according to the specific needs of the equipment being supported. Moreover, their installation and removal are effortless, providing flexibility in their utilization. In conclusion, steel props are a dependable and efficient solution for supporting heavy machinery or equipment.
- Q: Can steel props be used in sports complex construction?
- Yes, steel props can be used in sports complex construction. Steel props are commonly used in construction projects to provide temporary support to structures during construction or renovation works. They are designed to withstand heavy loads and provide stability, making them suitable for use in sports complex construction where large and complex structures are involved.
- Q: How do you calculate the required spacing between steel props?
- To ensure the safe and efficient support of a structure, several factors must be considered when calculating the required spacing between steel props. The following are the key steps involved in this calculation: 1. Start by determining the load that the steel props need to support, which includes the weight of the structure, any additional live loads, and any concentrated loads that may be present. 2. Next, assess the load-bearing capacity of the steel props being used. This information can typically be obtained from the manufacturer's specifications or load tables. It is important to consider both the maximum axial load and the maximum moment capacity of the props. 3. Divide the total load by the number of props to determine the load that each individual prop needs to support. Ensure that the individual prop load does not exceed the load-bearing capacity of the props. 4. Determine any spacing limitations based on the specific requirements of the project or the manufacturer's guidelines. These may include maximum and minimum spacing requirements, influenced by factors such as the prop's length, stability, or bracing requirements. 5. Take into account the deflection of the steel props under load. Typically, a maximum allowable deflection limit is provided by the manufacturer. Ensure that the spacing is such that the deflection of each prop remains within this limit. 6. Divide the maximum allowable deflection by the deflection of each prop under load to determine the number of props needed to achieve the desired spacing. It is important to ensure that the resulting number of props is practical and feasible within the given project constraints. 7. Finally, consider any additional factors that may impact the spacing calculation, such as wind loads, seismic loads, or any other relevant design considerations. Adjustments to the spacing calculation may be necessary to ensure the stability and safety of the structure. During the calculation process, it is crucial to consult with a structural engineer or a qualified professional to ensure accuracy and adherence to safety standards and local building codes.
- Q: What is the weight of a typical steel prop?
- The size and specifications of a typical steel prop can cause its weight to fluctuate. On average, a standard steel prop generally falls between 10 and 15 kilograms (22 to 33 pounds) in weight. It is crucial to understand that the weight can differ due to factors like the prop's length, diameter, and the materials used in its construction.
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OEM Two wing Butterfly Wing Nuts 7
- Ref Price:
-
- Loading Port:
- China Main Port
- Payment Terms:
- TT OR LC
- Min Order Qty:
- -
- Supply Capability:
- -
OKorder Service Pledge
Quality Product, Order Online Tracking, Timely Delivery
OKorder Financial Service
Credit Rating, Credit Services, Credit Purchasing
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