Chrome Steel Balls | QIBR Bearings

Характеристики

Material: Chrome Steel
Applications: Bearing Manufacturing, Automotive and Medical Devices
Grade: G5, G10
Density: 7.85g/cm3
Hardness: Rockwell C60
Nominal diameter Dw: 0.3mm-114.3mm

Подбор моделей QIBR

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Подбор моделей QIBR
№	Модель продукта	Density	Hardness	Weight	Yield strength	Material composition sulfur
1	Chrome Steel Ball 0.3 mm G5	7.85 g/cm3	58-62 HRC	0.00011 g	295000 psi	0.025% Max.
2	Chrome Steel Ball 0.3mm G10	7.85 g/cm3	58-62 HRC	0.00011 g	295000 psi	0.025% Max.
3	Chrome Steel Ball 0.4mm G10	7.85 g/cm3	58-62 HRC	0.00026 g	295000 psi	0.025% Max.
4	Chrome Steel Ball 0.4mm G5	7.85 g/cm3	58-62 HRC	0.00026 g	295000 psi	0.025% Max.
5	Chrome Steel Ball 0.5mm G10	7.85 g/cm3	58-62 HRC	0.00051 g	295000 psi	0.025% Max.
6	Chrome Steel Ball 0.5mm G5	7.85 g/cm3	58-62 HRC	0.00051 g	295000 psi	0.025% Max.
7	Chrome Steel Ball 0.6mm G10	7.85 g/cm3	58-62 HRC	0.00089 g	295000 psi	0.025% Max.
8	Chrome Steel Ball 0.6mm G5	7.85 g/cm3	58-62 HRC	0.00089 g	295000 psi	0.025% Max.
9	Chrome Steel Ball 0.7mm G10	7.85 g/cm3	58-62 HRC	0.00141 g	295000 psi	0.025% Max.
10	Chrome Steel Ball 0.7mm G5	7.85 g/cm3	58-62 HRC	0.00141 g	295000 psi	0.025% Max.
11	Chrome Steel Ball 0.8mm G10	7.85 g/cm3	58-62 HRC	0.00210 g	295000 psi	0.025% Max.
12	Chrome Steel Ball 0.8mm G5	7.85 g/cm3	58-62 HRC	0.00210 g	295000 psi	0.025% Max.
13	Chrome Steel Ball 1 1/16inch G10	7.85 g/cm3	58-62 HRC	80.58000 g	295000 psi	0.025% Max.
14	Chrome Steel Ball 1 1/2inch G10	7.85 g/cm3	58-62 HRC	226.70000 g	295000 psi	0.025% Max.
15	Chrome Steel Ball 1 1/4inch G10	7.85 g/cm3	58-62 HRC	131.20000 g	295000 psi	0.025% Max.
16	Chrome Steel Ball 1 1/8inch G10	7.85 g/cm3	58-62 HRC	95.66000 g	295000 psi	0.025% Max.
17	Chrome Steel Ball 1 11/16inch G10	7.85 g/cm3	58-62 HRC	322.80000 g	295000 psi	0.025% Max.
18	Chrome Steel Ball 1 13/16inch G10	7.85 g/cm3	58-62 HRC	400.00000 g	295000 psi	0.025% Max.
19	Chrome Steel Ball 1 15/16inch G10	7.85 g/cm3	58-62 HRC	488.60000 g	295000 psi	0.025% Max.
20	Chrome Steel Ball 1 3/16inch G10	7.85 g/cm3	58-62 HRC	112.50000 g	295000 psi	0.025% Max.
21	Chrome Steel Ball 1 3/4inch G10	7.85 g/cm3	58-62 HRC	360.10000 g	295000 psi	0.025% Max.
22	Chrome Steel Ball 1 3/8inch G10	7.85 g/cm3	58-62 HRC	174.70000 g	295000 psi	0.025% Max.
23	Chrome Steel Ball 1 5/16inch G10	7.85 g/cm3	58-62 HRC	151.90000 g	295000 psi	0.025% Max.
24	Chrome Steel Ball 1 5/8inch G10	7.85 g/cm3	58-62 HRC	288.30000 g	295000 psi	0.025% Max.
25	Chrome Steel Ball 1 7/16inch G10	7.85 g/cm3	58-62 HRC	199.60000 g	295000 psi	0.025% Max.

1. Dimensional accuracy

Dimensional stability: The diameter of chrome steel balls is very precise and is usually manufactured by high-precision machine processing or grinding. Their standard sizes can reach micron levels with extremely small tolerances.

Smooth surface: The surface of chrome steel balls is finely polished and ground, with a high surface finish, which reduces the effects of friction and wear.

2. Shape and density

Spherical shape: The spherical shape of chrome steel balls ensures that they can maintain uniform force distribution when rolling, reducing friction and vibration.

High density: Chrome steel balls have a high density, usually between 7.5-8.0 g/cm³, which gives them good inertia and stability when running at high speeds.

3. Application range

Bearings: The most widely used application of chrome steel balls is in rolling bearings, where they are used to support rotating parts and reduce friction.

Sliding systems: Chrome steel balls are also used in mechanical equipment such as linear slide systems and guide rails.

Other mechanical equipment: In addition to bearings, chrome steel balls are also used in many fields such as automobiles, aerospace, machining, and conveying equipment.

4. Weight and power transmission

Stability and inertia: Due to the high density and weight of chrome steel balls, they can maintain good stability during movement and reduce vibration and imbalance.

5. Noise control

Low noise: The uniform rolling characteristics of chrome steel balls make them produce less noise during operation, which is very important for high-precision equipment.

6. Durability

Long life: Due to their excellent wear resistance and strength, chrome steel balls can usually work for a long time under high load and high speed environments, reducing maintenance frequency and replacement costs.

7. Customizability

Various materials and specifications: Chrome steel balls can be selected in different sizes according to needs to adapt to different application occasions.

Подбор моделей QIBR

1. Dimensional accuracy

Smooth surface: The surface of chrome steel balls is finely polished and ground, with a high surface finish, which reduces the effects of friction and wear.

2. Shape and density

Spherical shape: The spherical shape of chrome steel balls ensures that they can maintain uniform force distribution when rolling, reducing friction and vibration.

High density: Chrome steel balls have a high density, usually between 7.5-8.0 g/cm³, which gives them good inertia and stability when running at high speeds.

3. Application range

Bearings: The most widely used application of chrome steel balls is in rolling bearings, where they are used to support rotating parts and reduce friction.

Sliding systems: Chrome steel balls are also used in mechanical equipment such as linear slide systems and guide rails.

Other mechanical equipment: In addition to bearings, chrome steel balls are also used in many fields such as automobiles, aerospace, machining, and conveying equipment.

4. Weight and power transmission

Stability and inertia: Due to the high density and weight of chrome steel balls, they can maintain good stability during movement and reduce vibration and imbalance.

5. Noise control

Low noise: The uniform rolling characteristics of chrome steel balls make them produce less noise during operation, which is very important for high-precision equipment.

6. Durability

7. Customizability

Various materials and specifications: Chrome steel balls can be selected in different sizes according to needs to adapt to different application occasions.