Prime Quality Stainless Steel Ball System 1

Prime Quality Stainless Steel Ball

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Loading Port:: China Main Port

Payment Terms:: TT or LC

Min Order Qty:: 5 Tons pc

Supply Capability:: 1000 Tons Per Month pc/month

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Stainless Steel Ball

MAIN PRODUCTS:

1. Material: AISI304, 316L, 420C, 430, 440C

2. Steel ball, with material AISI 1008-1086.

3. Chrome steel ball,with material: AISI52100

4. Flying saucer steel ball

5. Precision casting, including auto parts, machine parts, hardware handles, etc.

CHARACTER OF PRODUCTS:

1.The Grade of our products is from G10 to G1000

2.The dimension is from 0.5 mm to 25.4 mm.

3.The products from us are widely used in several industries, such as hardware, sliders, ball bearing lead screw, wheels, toys, bicycles, bearings, trust bearings pulleys, chemical industries, etc.

DETAIL SPECIFICATION:

Item	SS304,316L,420C,440C Stainless steel ball
Category	Stainless Steel Ball
Material	AISI 420 430 440 SS304 316L
Size	0.5mm--25.4mm, 1/4",3/16",5/32",1/8",7/32",5/16",7/8",1"
Grade	G100-G3000
Hardness ( HRC)	HRC58-65
Application	Bicycle, bearing, pulley, slide, handcraft, shelf, luggage, hardware, grinding media
Standard	GB/T-308-2002, GB/T1148-93
Matched Standard	DIN, JIS, ASME
Certification	ISO
Packing	Oily packing in pouch packing,plastic/tin box packing 1, 25kg/carton with steel pallet packing 2,25kg/carton without steel pallet packing 3,10kg/box then in wooden case packing 4,250kg/ steel drum packing or according to customers' requirement
Place of original	Shandong province, China
Delivery	Within 30 days or confirmed while placing order

Q: Are stainless steel balls used in paint mixing?: Yes, stainless steel balls are commonly used in paint mixing. These balls are often added to paint cans or containers to aid in the mixing process. When the container is shaken, the stainless steel balls help to agitate the paint and break up any clumps or settle particles. This ensures a more even distribution of pigments and other ingredients, resulting in a smoother and more consistent paint mixture. Stainless steel balls are preferred for this application due to their durability, corrosion resistance, and non-reactive nature, which ensures that they will not affect the quality or properties of the paint.

Q: How do stainless steel balls perform in high-temperature environments?: Stainless steel balls are renowned for their exceptional performance in high-temperature settings. These balls, distinguished by their unique composition and properties, have the ability to endure extreme heat without compromising their structural integrity or performance significantly. One of the primary benefits of utilizing stainless steel balls in high-temperature environments is their resistance to oxidation and corrosion. The presence of chromium in stainless steel results in the formation of a protective oxide layer on the balls' surface, acting as a barrier against the corrosive impacts of elevated temperatures. This oxide layer effectively prevents rusting or deterioration, ensuring the balls' longevity and dependability. Moreover, stainless steel balls exhibit remarkable heat resistance, enabling them to retain their mechanical strength and dimensional stability even when subjected to elevated temperatures. They resist deformation, maintain their hardness, and retain their roundness, which is especially crucial in applications where precision and accuracy are paramount. In addition to their resistance to oxidation, corrosion, and heat, stainless steel balls also demonstrate low thermal expansion. Consequently, they undergo minimal dimensional changes even under extreme temperature fluctuations. This thermal stability proves vital in applications characterized by frequent temperature variations, guaranteeing consistent performance and minimizing the risk of damage or failure. Overall, stainless steel balls are a dependable and durable choice for high-temperature environments. Their resistance to oxidation, corrosion, and heat, coupled with their exceptional mechanical properties, make them highly suitable for a range of applications such as bearings, valves, pumps, and other industrial processes where reliable performance in extreme temperatures is crucial.

Q: How do stainless steel balls perform in high-pressure environments?: The excellent performance of stainless steel balls in high-pressure environments is widely acknowledged. Their strength and resilience enable them to endure extreme pressure levels without deformation or breakage, rendering them highly reliable and suitable for various applications involving high pressures. Stainless steel balls possess a high tensile strength, enabling them to withstand the forces exerted on them when subjected to high pressures. Additionally, their exceptional corrosion resistance makes them ideal for use in harsh environments where exposure to moisture, chemicals, or other corrosive substances is commonplace. This corrosion resistance guarantees the preservation of their structural integrity and performance even in high-pressure conditions. Furthermore, stainless steel balls exhibit a low coefficient of thermal expansion, signifying that they do not experience significant expansion or contraction when exposed to temperature variations in high-pressure environments. This stability guarantees the maintenance of their dimensional accuracy and performance, even when subjected to extreme temperature changes. Apart from their physical properties, stainless steel balls are precisely manufactured. This precision allows them to maintain tight tolerances, ensuring consistent performance in high-pressure environments. They find extensive use in applications such as hydraulic systems, valves, pumps, compressors, and other industrial equipment that operate under high pressures. In conclusion, stainless steel balls are highly suitable for high-pressure environments due to their robustness, corrosion resistance, thermal stability, and precision manufacturing. Their ability to endure extreme pressures while maintaining their performance makes them a dependable choice for various industrial applications.

Q: What is the fatigue strength of stainless steel balls?: The fatigue strength of stainless steel balls varies depending on several factors such as the grade and composition of the stainless steel, the manufacturing process, and any additional treatments or coatings applied to the balls. Generally, stainless steel balls have good fatigue strength due to their high tensile strength and resistance to corrosion. They are often used in applications where they are subjected to repetitive stress or cyclic loading, such as ball bearings, grinding media, and valve components. The fatigue strength of stainless steel balls can be further enhanced through processes like heat treatment or shot peening, which can increase the surface hardness and improve the resistance to fatigue failure. Additionally, the use of higher grades of stainless steel with increased alloy content, such as 440C or 316 stainless steel, can provide even higher fatigue strength compared to lower grade stainless steels. It is important to note that the fatigue strength of stainless steel balls can also be influenced by other factors such as surface finish, lubrication, and operating conditions. Therefore, it is recommended to consult with the manufacturer or supplier of the stainless steel balls to obtain detailed information on the specific fatigue strength values for a particular grade and size of stainless steel balls.

Q: What are the different precision grades available for stainless steel balls?: There are several precision grades available for stainless steel balls, which are categorized based on their dimensional accuracy and surface quality. The most common precision grades for stainless steel balls include G10, G16, G25, G40, G60, and G100. G10 is the highest precision grade, indicating that the ball has a diameter tolerance of ±0.000025 inches and a sphericity tolerance of 0.000012 inches. It also has a surface roughness of around 0.00001 inches. G16 is the next precision grade, with a slightly larger diameter tolerance of ±0.000039 inches and a sphericity tolerance of 0.00002 inches. Its surface roughness is typically around 0.000015 inches. G25 is another commonly used precision grade, with a diameter tolerance of ±0.000049 inches and a sphericity tolerance of 0.000025 inches. Its surface roughness is usually around 0.00002 inches. G40 has a larger diameter tolerance of ±0.000078 inches and a sphericity tolerance of 0.000039 inches. Its surface roughness is typically around 0.000025 inches. G60 has a diameter tolerance of ±0.000118 inches and a sphericity tolerance of 0.000059 inches. Its surface roughness is usually around 0.000032 inches. G100 is the lowest precision grade, with a diameter tolerance of ±0.000197 inches and a sphericity tolerance of 0.000099 inches. Its surface roughness is typically around 0.000039 inches. These precision grades allow stainless steel balls to be manufactured to different levels of dimensional accuracy and surface quality, providing options for various industrial applications that require specific precision requirements.

Q: Are stainless steel balls suitable for use in water treatment or purification systems?: Indeed, stainless steel balls prove to be a fitting option for utilization in water treatment or purification systems. Renowned for its ability to resist corrosion, stainless steel emerges as an optimal selection for water-related endeavors. These balls find utility in a multitude of water treatment procedures, encompassing filtration, ion exchange, and chemical dosing. Moreover, stainless steel balls exhibit durability and longevity, demonstrating resilience against the elevated pressures and temperatures commonly encountered within water treatment systems. Furthermore, their ease of cleaning and maintenance renders them dependable and economically wise choices for water treatment or purification systems.

Q: Can stainless steel balls be used in roller skates or skateboards?: Yes, stainless steel balls can be used in roller skates or skateboards.

Q: Can stainless steel balls be used in high-pressure applications?: Yes, stainless steel balls can be used in high-pressure applications. Stainless steel is known for its excellent durability, corrosion resistance, and high tensile strength, making it suitable for withstanding high-pressure environments.

Q: Do stainless steel balls have any antimicrobial properties?: Yes, stainless steel balls do have antimicrobial properties. Stainless steel is known for its ability to inhibit the growth and survival of bacteria, viruses, and fungi on its surface. This is due to the composition of stainless steel, which includes a high percentage of chromium. Chromium forms a protective oxide layer on the surface of stainless steel, preventing the adherence and proliferation of microorganisms. Studies have shown that stainless steel surfaces can reduce the survival and transfer of various pathogens, including bacteria such as E. coli, Salmonella, and Staphylococcus aureus. The antimicrobial properties of stainless steel have been utilized in various industries, such as healthcare, food processing, and pharmaceuticals, where maintaining a hygienic environment is crucial. It is important to note that while stainless steel balls have antimicrobial properties, they are not a substitute for proper cleaning and disinfection practices. Regular cleaning and maintenance are still necessary to ensure the highest level of hygiene. Additionally, the antimicrobial properties of stainless steel may vary depending on the specific grade and surface finish of the material.

Q: Can stainless steel balls be used in textile manufacturing?: Yes, stainless steel balls can be used in textile manufacturing. Stainless steel balls are commonly used in various textile applications such as yarn guides, bearings, and rolling elements in machinery. They offer excellent corrosion resistance, high durability, and low friction, making them suitable for textile manufacturing processes that involve high-speed spinning, weaving, and knitting. Stainless steel balls can also withstand high temperatures and provide smooth motion, ensuring a stable and precise operation of textile machinery. Therefore, they are a reliable choice for improving the efficiency, quality, and longevity of textile manufacturing processes.

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