Wave-shaped edge conveyor belt

Product advantages and applications: Increases the conveying angle (30-90 degrees) with a small area and low investment; Large conveying capacity, higher lifting height; Smooth transition from horizontal to inclined (or vertical); Suitable for conveying powdery, granular, and small block materials that are prone to scattering; Low energy consumption, simple structure, high belt strength, long service life. The edge and partition plates are thermally vulcanized together with the base belt, and the height of the edge and partition plates can reach 40 - 630mm. The conveying capacity can range from 1m3/h to 6000m3/h. A canvas is added to the edge to enhance its tear resistance, and the wave-shaped edge belt is flexible and smooth, ensuring the conveyor belt passes through the head pulley and tail pulley smoothly.

Product structure: High-strength, high-mobility base belt with greater lateral stiffness and longitudinal flexibility.

High-strength thermosetting rubber wave-shaped edge.

Lateral partition plates to prevent objects from sliding.

Product specifications: Base belt width 400mm - 2200mm

Flame-retardant corrugated edge conveyor belt is composed of a flame-retardant fabric core conveyor belt as the base belt, and flame-retardant corrugated edge and lateral partition plates of certain dimensions. The special structure of this product can meet the requirements of large inclination and large conveying capacity material transportation. This product has reliable safety performance and is suitable for transporting coal in underground coal mines. This product has reliable safety performance and is suitable for transporting coal in underground coal mines.

Edge model

Edge height (H)

Wave amplitude (BW)

Wave distance (T)

Base plate width

Per square meter (SK)

Used partition plate

(H)

Partition plate model

Plate base width (F)

Per square meter (CTK)

S

60

44

42

45

0.61 50

TC

55

0.5

S

80

44

42

50

0.75

75

TC

70

1.29

S

120

44

42

50

1.69 110

TC

100

1.76

S

160

65

65

80

2.68 150

TC

100

2.24

S

200

70

65

90

3.53 180

TC

160

3.39

S

240

80

65

90

4.75 220

TC

160

5.0

S

300

90

70

95

7.03 280

TC

180

7.05

Calculation method: Total square meters of the edge-encircling conveyor belt = {Width of the belt × [Number of layers + (Coating on top + Coating on bottom) ÷ 1.5] × Circumference} + (2 × Circumference × SK) + [(Circumference / Spacing) × Effective width of the belt × CTK]

Total square meters of the patterned belt = Width of the belt × [1 + Number of layers + (Coating on top + Coating on bottom) ÷ 1.5] × Circumference

Square meters of the ordinary conveyor belt = Width of the belt × [Number of layers + (Coating on top + Coating on bottom) ÷ 1.5] × Circumference