52100又称铬钢,是一种极其坚硬的耐磨材料并具有很高的承载能力。
400系列(硬质不锈钢) 400系列是热处理后硬度最高的不锈钢之一,具有磁性。
300系列不锈钢是适用于各种应用的全能型钢材。它具有高温耐腐蚀性,磁性为轻微到无磁性。
适用于高温或具有重量和硬度要求的应用。热膨胀系数较低。
E52100又称铬钢,是一种极其坚硬的耐磨材料并具有很高的承载能力。
HCC DFARS - 通过DFARS合规性认证的铬钢,专为航空航天应用而设计。
HCC Vac Melt - 采用先进冶金工艺的铬钢,可确保材料在熔融过程中保持纯度。
440C - 440不锈钢是所有不锈钢中硬度最高的,因此具有高耐磨性和耐腐蚀性。
440C DFARS - 类似于440C,通过DFARS合规性认证,专为航空航天应用而设计。
440C Vac Melt - 采用先进冶金工艺的440C不锈钢,可确保材料在熔融过程中保持纯度。
440A - 440A型不锈钢具有与440C相似的物理特性,但碳含量较低,便于加工。
420C - 420C不锈钢的特性使其在各种不同的环境中都坚固耐用,因此是我们最通用的材料之一,适用于广泛的应用。
BG-42 - 使用VIM/VAR技术的滚珠轴承钢。其独特之处在于添加了钒元素,提高了耐磨性。
302 - 无磁性且不可通过热处理硬化。302合金钢通常在非退火态下使用。
316L - 碳元素和钼元素含量比典型316不锈钢更低,具有更好的耐腐蚀性能和更高的温度值。
304 - 具有良好的耐蚀性和良好的成形性。304不锈钢是无磁性的。
430 - 430型不锈钢是一种未经热处理的经济型不锈钢材料,能够以低成本提供耐腐蚀性。
氮化硅 - 高精度应用的常用选择。相比于钢材,重量可减轻60%,硬度提高两倍,热膨胀系数降低70%。
氧化铝 - 氧化铝滚珠比钢滚珠更轻、更硬、更耐腐蚀,需要的润滑更少,并且热膨胀系数也更低。
氧化锆 - 高强度材料,在1000 F高温下仍具有良好的性能。
Thomson精密滚珠可选广泛材料并满足您的各种应用需求。我们可提供各种标准和非标准材料,并拥有丰富的技术经验来指导您完成材料选择过程。
工业气体 | 液压油(石油) | 淡水 | 盐水 | 食品 | 水果和蔬菜汁 | 牛奶 | 酒精 | 盐酸(40%) | 硫酸(40%) | 磷酸(40%) | 硝酸(40%) | 柠檬酸 | 氨水 | |
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
52100 Chrome | C | A | D | D | - | - | - | C | - | - | - | - | C | B |
440C不锈钢 | B | A | C | C | B | - | A | A | D | D | A | A | A | A |
302不锈钢 | B | A | B | B | A | - | A | - | - | - | A | - | - | - |
316不锈钢 | B | A | A | A | A | A | A | A | D | D | A | A | A | A |
黄铜 | C | B | C | C | D | - | C | C | - | D | D | - | D | - |
Monel(蒙乃尔合金) | C | A | A | B | D | C | C | A | D | - | C | - | - | A |
尼龙 | A | A | A | A | - | A | A | A | D | D | D | D | C | - |
氟橡胶 | A | A | A | A | A | A | A | A | A | A | A | A | A | D |
陶瓷 | A | A | A | A | A | A | A | A | C | D | C | A | A | A |
钛合金 | - | - | - | - | - | - | - | A | C | C | - | A | A | - |
60 多年以来,Thomson 精密滚珠一直是针对具体应用提供标准精密滚珠、精密滚珠轴承及特殊不锈钢滚珠的领导者。 为什么选择 Thomson 精密滚珠? 原因有三: 我们精密滚珠的品种、精密滚珠轴承技术及优质不锈钢滚珠材料。
Thomson精密滚珠与精密滚珠轴承设计包含以下类型:
提高我们质量的 Thomson 精密滚珠轴承和不锈钢滚珠技术类型包括:
Thomson 精密滚珠轴承材料类型包括(最常见):
Step inside Thomson Precision Ball Company and see how its ISO 9001:2015-certified facility, A2LA-accredited laboratory and experienced employees have helped it become a trusted precision ball manufacturer for 75 years and counting.
Pioneer Steel Ball was founded in 1946 in Unionville, Connecticut by five men who had extensive experience in the steel ball industry. The idea to form the company took root several years earlier, but since the founders did not want to jeopardize the war effort in any way, they waited until the war had ended. In the forties and fifties, Pioneer, produced carbon steel balls for bearings and the automotive industry. In addition, the company manufactured a variety of steel sizes and shapes for the burnishing industry. Pioneer’s growth outpaced their capital and in the early ‘50s they sold the company to Pittsburg Steel with the option to repurchase it at a later date. Unfortunately, they bought back the company a few months before the devastating hurricane and flood of 1955. Located on the banks of the Farmington River, the company took a direct hit and was destroyed. However, it was rebuilt by two of the former five partners who later expanded the product lines to include High Carbon Chrome SAE 52100 as well as a full line of stainless steel types: 440C, 302, 316. The partners also added lapping machines to produce tighter tolerances and improved surface finish. One of their greatest accomplishments was to develop the 36” flashing machine, the largest at that time. This accomplishment was the result of their combined expertise which had been acquired over sixty years in the steel ball business. Pioneer’s innovative leadership continued with the development of extremely strong hollow stainless steel 440 balls for the air cargo industry. They also developed a special stainless steel type 431 gold- plated with extremely high tolerance for the automobile air bag deployment mechanism.
A second company in the industry, ABEK, had been founded in 1976 by two people with 20 years of miniature ball- making experience. Unlike Pioneer, which specialized in small to large balls, ABEK specialized in miniature balls that were 1/16 of an inch in diameter or smaller. With its expertise in this area, ABEK was able to manufacture high precision balls as small as .012 inches and became a leader in this field.
It was this expertise, combined with Thomson Industries determination to have a USA supplier of high quality, that had led it to purchase ABEK in 1982. Once the purchase was finalized, approximately 14% of ABEK’s sales were to Thomson divisions. At that time, ABEK manufactured the miniature and small balls sizes, and purchased the larger sizes from Pioneer, which it then sold to Thomson. ABEK, was combined with Pioneer in 1988 to form Thomson Precision Ball. This enabled Thomson Industries to satisfy all of its’ ball requirements. Approximately 14% of Thomson Precision Ball capacity is still dedicated to Thomson Industries.
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