• High Precision Tinging Carbide Ball for Bearing System 1
  • High Precision Tinging Carbide Ball for Bearing System 2
  • High Precision Tinging Carbide Ball for Bearing System 3
High Precision Tinging Carbide Ball for Bearing

High Precision Tinging Carbide Ball for Bearing

Ref Price:
get latest price
Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
1 pc
Supply Capability:
1000 pc/month

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Description:

Made by high purity  carbide raw material, good abrasive resistance.

After accurate grinding and polishing, the friction factor of surface is very low. 

High-precision technical equipment 

Applications:
The carbide balls are widely used in where extreme hardness and wear resistance is required, such as bearings, ball screws, valves and flow meters, pen, spraying machines, pump, machinery parts, oil, hydrochloric acid lab, hardness measuring instrument and more high-end industry

Diameters:
Dia. 2, 5, 7, 8, 10, 12mm (or 5/8, 3/4, 15/16, 1-1/8, 1-1/4, 1-3/8, 1-1/16, 2-1/4") and more.

Quick details:

Place of origin: Zhuzhou, China

Chemical composition: WC + cobalt

Surface color: blanks ungrounded of grinding polished

MOQ:

Can be 100 pieces or 1kg

But the price will be a little bit high when the quantity is below 50kg or 2000USD

Packing:

First in plastic bag, 1 bag/paper box, 20 boxes/ctn 

According to customer's demand


Sample:

Samples are available upon customers' request

Sample lead time is 7 days

Sample sent by DHL,UPS,FEDEX, EMS, China Post Airmail and more

Delivery lead time:

For standard types, delivery lead time is normally 20-25 days.

For nonstandard type or further processed type, delivery lead time is 25-35 days

For urgent needs, delivery lead time may be pushed by negotiation


Payment methods:

T/T, 30% deposit, balance payment before shipment

Other payment methods such as PayPal, Western Union, L/C are negotiable

Other services:

OEM and ODM are welcome

Customized designs welcomed

Experienced staffs will reply to your inquiry within 24 working hours

Grade numbers and application as below

Grades

WC+

CO+

Density
  (g/m3)

Hardness
  (HRA)

T.R.S
  (MPα)

Metallographic analysis

Application  

YG6

94%

6%

14.6~15.0

91

1700

A02B02C02

widely used in all kinds of   hardware industry, valve, bearing, die casting, punching, grinding,   measurement.

YG6X

94%

6%

14.6~15.0

92

1450

A02B02C02

widely used in all kinds of   hardware industry, valve, bearing, die casting, punching, grinding,   measurement, chemical industry, petroleum, military

YG8

92%

8%

14.4~14.8

89

1800

A02B02C02

widely used in valves,   bearings, die casting, punching, grinding,measurement, hardness tester,   petroleum, chemical industry, aeronautics and astronautics.

High Precision Tinging Carbide Ball for Bearing

High Precision Tinging Carbide Ball for Bearing



Q:Are there any specific guidelines for the installation of hydraulic filters or strainers in concrete pump spare parts?
Yes, there are specific guidelines for the installation of hydraulic filters or strainers in concrete pump spare parts. These guidelines typically include ensuring proper alignment, securely fastening the filter/strainer, and following manufacturer instructions for installation. Additionally, regular maintenance and inspection of the filters/strainers is recommended to ensure optimal performance and prevent potential issues.
Q:How can I minimize downtime during the replacement of concrete pump spare parts?
Minimizing downtime during the replacement of concrete pump spare parts requires careful planning and efficient execution. Here are a few strategies that can help you achieve this: 1. Regular maintenance: Implement a proactive maintenance schedule to identify and replace worn-out parts before they fail. Regularly inspecting the concrete pump and its components can help prevent unexpected breakdowns and reduce downtime. 2. Stock up on spare parts: Keep an inventory of commonly required spare parts, such as seals, filters, and hoses. Having these items readily available can significantly reduce the time spent on sourcing and ordering parts when a breakdown occurs. 3. Partner with reliable suppliers: Establish a relationship with reliable suppliers who can provide high-quality spare parts quickly. This ensures that you have access to the required parts promptly, minimizing the waiting time for delivery. 4. Train your team: Provide training to your maintenance and operational staff on how to identify, troubleshoot, and replace concrete pump spare parts efficiently. Equipping your team with the necessary skills will enable them to address issues promptly, reducing the overall downtime. 5. Plan maintenance during downtime: Schedule maintenance and replacement of spare parts during periods of low demand or downtime. This could be during weekends, holidays, or slower construction phases. Planning the work strategically ensures that it has minimal impact on ongoing projects. 6. Optimize workflow: Streamline your maintenance process by identifying areas that cause delays or bottlenecks. Look for opportunities to improve efficiency, such as optimizing the layout of spare parts, tools, and equipment, or implementing standardized procedures for repair and replacement. 7. Use technology: Leverage technology to monitor the performance and condition of your concrete pump. Implementing a condition monitoring system can help detect early signs of potential failures, allowing you to plan for maintenance and part replacement in advance. By implementing these strategies, you can minimize downtime during the replacement of concrete pump spare parts, ensuring uninterrupted operations and maximizing productivity.
Q:What is the purpose of a concrete pump cylinder?
The purpose of a concrete pump cylinder is to provide the necessary pressure and force to transport and deliver concrete from the pump to the desired location. The cylinder is an essential component of a concrete pump, as it allows for the efficient movement of concrete through the pump system. The cylinder works by using hydraulic pressure to push the concrete through the pipeline, ensuring a continuous and smooth flow of concrete. It plays a crucial role in construction projects, enabling concrete to be precisely and efficiently placed in various locations, such as buildings, bridges, or other structures. By providing the necessary power and pressure, the concrete pump cylinder ensures that concrete can be transported over long distances, vertically or horizontally, with minimal effort and labor. Overall, its purpose is to facilitate the efficient and precise delivery of concrete, saving time and effort in construction projects.
Q:What is the purpose of a concrete pump hopper agitator motor?
The purpose of a concrete pump hopper agitator motor is to ensure the smooth and consistent flow of concrete within the hopper. The agitator motor is responsible for mixing and agitating the concrete mixture, preventing it from settling or becoming too thick. This motor helps to keep the concrete in a fluid state, ensuring that it can be easily pumped and distributed through the delivery system. Without the agitator motor, the concrete mixture may become stiff, leading to blockages and delays in the pumping process. Overall, the purpose of the concrete pump hopper agitator motor is to maintain the quality and efficiency of concrete pumping operations by keeping the mixture well-mixed and flowing smoothly.
Q:Can I get spare parts for both concrete pumps with and without lubrication systems?
Yes, spare parts are available for both concrete pumps with and without lubrication systems.
Q:What is the role of a concrete pump agitator shaft seal?
The role of a concrete pump agitator shaft seal is to prevent leakage of concrete slurry or other fluids from the agitator shaft, ensuring that the pump operates efficiently and without any loss or contamination of the material being pumped.
Q:How does a hopper agitator blade ensure smooth concrete flow?
To guarantee a seamless flow of concrete, a hopper agitator blade is employed to mix and disintegrate any clumps or air pockets in the concrete mixture. Specifically designed to be positioned inside the hopper, the blade rotates and agitates the concrete, ensuring a homogeneous and steady state. While in rotation, the blade disperses any settled aggregates at the hopper's base, preventing blockages or uneven distribution during the pouring procedure. This uninterrupted mixing action guarantees that the concrete remains well-blended and effortlessly pours out of the hopper. Furthermore, the agitator blade aids in breaking up any air bubbles that may have formed within the concrete mixture. These air bubbles can compromise the structural integrity of the concrete and lead to an uneven final appearance. By agitating the concrete, the blade effectively releases trapped air, promoting a consistently dense mixture. In essence, a hopper agitator blade guarantees a seamless flow of concrete by effectively blending the mixture, breaking apart any clumps or air pockets, and fostering a uniform composition. This ensures that the concrete pours smoothly and evenly during the pouring process, resulting in a top-notch end product.
Q:How does a hopper agitator motor ensure consistent concrete mixing?
A hopper agitator motor ensures consistent concrete mixing by providing a continuous and powerful agitation motion within the hopper. This motion helps to break up any clumps or aggregates in the concrete mix, ensuring that all components are evenly distributed. The consistent agitation also helps to prevent settling or segregation of the mixture, resulting in a uniform and well-mixed concrete batch.
Q:Are there any specific guidelines for the transportation of concrete pump spare parts?
Yes, there are specific guidelines for the transportation of concrete pump spare parts. These guidelines usually include ensuring proper packaging and securing of the parts to prevent damage during transit. It is also recommended to use specialized transport vehicles equipped with appropriate handling equipment. Additionally, proper documentation and labeling of the spare parts are crucial for easy identification and tracking.
Q:Is the main pump of the concrete pump electric control or hydraulic control?
General Separated and Closed Open Electromagnet Control Displacement (Current)

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