FZ-2 steel ball retaining ring (aluminum base)

Basic characteristics:

The product is made of aluminum base, arranged in an orderly manner according to a certain angle and density, and processed by a special process. The product is suitable for cold stamping dies, precision machine tools and so on.

The company develops and innovates, continuously absorbs industry specialties, introduces advanced equipment, adopts advanced technology, and produces various model specifications. oilless self-lubricating bearings, bushings, bushings, copper sleeves and other products.

The main parameters:

Bearing pressure: 30N/mm2

Assembly interference: 0.01mm~0.02mm

Line speed: 6m/s

Steel ball diameter deviation: <0.002mm

Friction coefficient: 0.01~0.08

Product parameters

Application features:

FZL aluminum-based steel ball cage is made of hard aluminum alloy as the base body, and on the outer circular surface, holes with appropriate order, proper size and special shape are machined, and rolling bearing steel balls are set in the holes. The orifice adopts the groove circumferential locking ball process, which effectively solves the problem that the traditional point lock ball and the indentation lock ball cannot completely prevent the steel ball from falling off. The bottom of the hole is machined with a 90° stop to allow the copper ball to rotate freely within the hole without falling off. Since the diameter of the steel ball is larger than the wall thickness of the retaining ring, the steel ball is higher than the inner and outer circular surfaces of the retaining ring when in use, and directly contacts the shaft with the matching hole, so that the base body (holding ring) floats in the middle, and the matching The difference between the hole and the radius of the shaft is smaller than the diameter of the steel ball, that is, the steel ball is matched with the interference fit, the matching precision is high, and the relative movement of the shaft and the hole is flexible. It is a replacement product that keeps the circle.