Bronze Hollowbar 932 will finish to the stated dimensions. It is hard, strong, resistant to wear, corrosion, and impacts, easily machined, and ductile. 932 is one of the most popular bronze alloys and the standard for general purpose applications. It can be easily soldered and brazed, but shouldn't be welded. 932 is typically used in bushings, thrust washers, bearings, pumps, light duty gears, and valve components.
Product Information
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Mechanical Properties
Chemistry Information : 932 Bronze
This Bronze Hollowbar 932 has an outer diameter of 4 inches, an inner diameter of 2.75 inches, and a wall thickness of 0.625 inches. It is cast in a hollowbar shape, making it suitable for applications requiring a tubular bronze form.
Yes, this bronze alloy 932 is hard, strong, and resistant to wear, corrosion, and impacts. It has good machinability (rated 70) and is commonly used for bushings, thrust washers, bearings, pumps, light duty gears, and valve components.
Yes, MTR reports are available for this product, ensuring you receive certified material properties and compliance information.
This product complies with RoHS (Yes 6C) but does not meet REACH certification requirements.
The product is available in multiple cut lengths from 13 to 105 inches, with corresponding shipping weights ranging from about 31.8 lb to 257.1 lb. However, custom cut warehouse stock is zero, so cuts are made to order.
Yes, the 932 alloy bronze hollowbar is hard, strong, resistant to wear, corrosion, and impacts, and it has good machinability rated at 70. It is commonly used in bushings, thrust washers, bearings, pumps, light duty gears, and valve components.
The maximum length available for this bronze hollowbar is 105 inches. However, custom cut lengths are not available from the warehouse for this product.
Yes, this product is RoHS compliant (Yes 6C), ensuring it meets certain hazardous substance restrictions. However, it is not REACH compliant.
Yes, Material Test Reports (MTR) are available for this product, providing assurance of its material properties and quality.