Rubber Coating Idler Roller

A Rubber Coating Idler Roller, also known as a rubber-covered roller or rubber-lagged idler, is a type of conveyor roller that has a rubber coating applied to its outer surface. This rubber coating provides several benefits compared to traditional steel o

Description

A Rubber Coating Idler Roller, also known as a rubber-covered roller or rubber-lagged idler, is a type of conveyor roller that has a rubber coating applied to its outer surface. This rubber coating provides several benefits compared to traditional steel or plastic rollers.


Here are some key points about Rubber coated idler rollers:
1.Increased Friction: The rubber coating on the roller surface provides a higher coefficient of friction, which improves the grip on the conveyor belt. This ensures better traction and prevents the belt from slipping, even under heavy loads or high-speed operation.

2.Impact Resistance: The rubber coating absorbs impacts from falling material or objects, reducing the shock transmitted to the conveyor system. This helps protect the conveyor belt and extends its lifespan.

3.Noise Reduction: The soft rubber coating also helps reduce noise generated by the conveyor system, making it more pleasant to work around.

4.Improved Tracking: Rubber coated idler rollers can help keep the conveyor belt properly aligned and tracking within the rollers. This reduces the risk of belt damage due to misalignment.

5.Corrosion Resistance: Rubber coatings are resistant to corrosion and chemicals, making them suitable for use in wet or corrosive environments.

6.Longer Lifespan: The rubber coating protects the underlying roller from abrasion and wear, extending its lifespan and reducing maintenance costs.

7.Customizable: Rubber coatings can be applied in various thicknesses and compositions to meet specific needs, such as increased friction, durability, or noise reduction.

Rubber coated idler rollers are commonly used in mining, quarrying, recycling, and other industrial applications where conveyor belts are essential for material handling. They are an important component of a reliable and efficient conveyor system.

Type

Barrel

barrel

Diameter over

shaft

Min Shaft

bearing

thinkness

rubber disc

at bearing

btw bearings

JM1

102

3.2

2.5

20

22

6001

JM2

114

3.2

2.5

20

22

6001

JM3

114

3.2

2.5

25

26

6002

JM4

114

3.2

3.5

30

32

6003

JM5

127

3.2

2.5

20

22

6004

JM6

127

3.2

2.5

25

26

6005

JM7

127

3.2

3.5

25

26

6006

JM8

127

3.2

3.5

30

32

6007

JM9

152

4

3.5

25

26

6134

JM10

152

4

3.5

30

32

6135

JM11

152

4

3.5

30

32

6136

JM12

152

4

3.5

35

36

6137

JM13

152

4

3.5

40

41

6138

JM14

152

4

4.0

45

49

6139

JM15

178

6

3.5

30

32

6308

JM16

178

6

3.5

35

35

6309

JM17

178

6

3.5

40

41

6307

JM18

178

6

4.0

45

48

6308

JM19

194

6

3.5

40

41

6306

JM20

194

6

4.0

45

48

6305

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