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Horizontal Baffle Conveyor Belts

Horizontal Baffle Conveyor Belts

Product Use

Horizontal Baffle Conveyor Belts is widely used for bulk material lifting in harbor, metallurgy, tunneling,  power plant, chemical industry, cement and metro, etc. The conveying capacity can be reached to 6000 m³ / h.

Belt Total Length: 65m / oil resistance(oilproof) / 3 layers
Cleat ‐ Pitch(cleat to cleat): 300, H 180, TC type
Side Wall : H 200
Product: Activated Carbon(Charcoal) for the use of water process
The percentage of water content : 45%
Particle size : 4×8 mesh
Specific gravity : 0.5
Belt Effective Width : 470mm(inner space of sidewall)
Belt Speed : 15m/min
Carrying Capacity : 4.58t/hr
Operating Time : 4hr/day

Horizontal Baffle Conveyor Belts require a certain tensile strength and abrasion resistance. For belt has to have enough cross rigidity  and flexibility longitudinally to meet up with the requirement of deflection part of conveyor. The special designed base belt with cross rigidity solved the problem of belt deformation. The belt standard are in accordance with international
standard.

Sidewall Conveyor Belt

Main Rubber Types

Normal Standard High Abrasion Resistant
Moderate Oil Resistant
Heat Resistant to 120ºC
Heat Resistant to 150ºC
High Heat Resistant to 180ºC
Flame Retardant(Self-extinguishing)

Other qualities may be available to special order, please contact us.

Sidewall Range

Our sidewalls represent the latest in design ideas and manufacturing techniques. The sidewall design ensures maximum flexing without fatigue, the profile has excellent vertical stability for load retention and return side support. The design allows for high compression to ensure smooth inner deflection around small radii. Another important design feature is that the sidewalls can be pressed form both sides when being applied to the base belt, this offers much higher bond strengths and security. The fabric insertion is of the diagonal type which gives excellent tear resistance and also allows the sidewall to flex more easily. The rubber compounds used have been tested to ensure maximum flexibility along with high abrasion resistant and high tensile strength and provide additional resistances where needed.

Type H
(mm)
BW (mm) TW
(mm)
P
(mm)
Weight(kg/m) Min Pulley Din(mm)
S 40 30 20 25 0.45 125
60 50 45 40 1.38 160
80 50 45 40 1.70 200
100 50 45 40 2.00 250
120 50 45 40 2.65 315
MDSF 120 75 65 63.5 3.20 315
160 75 65 63.5 4.20 400
200 75 65 63.5 5.02 500
240 75 65 63.5 7.50 630
250 75 65 63.5 7.80 630
280 75 65 63.5 8.70 800
300 75 65 63.5 9.40 800
HHDF 300 100 90 83 10.10 800
400 100 90 83 14.80 1000
500 105 95 89 19.10 1250

Our sidewalls type 120mm and higher have special diagonal fabric reinforcement in the corrugations as standard, but smaller sidewalls can have this feature where required.

The above pulley diameter is limited to ordinary grade and standard coating rubber thickness. When the special grade of coating rubber and strength are different, a larger pulley diameter may be required. Please consult for specific specifications.

Cleat Range

The design of the cleat guarantees its best performance. C-type and TC-type cleat design can provide the maximum conveying capacity and have good self-cleaning performance. The production of the cleats adopts the molding process, and the specially developed rubber materials produce the cleats with large stiffness and strong impact resistance, and they are not easy to deform even if the cleats carry higher density materials. The unique rubber formula of the cleat is designed to be stiff, and it also enhances the impact resistance of the cleat, thereby preventing the cleat from deforming due to long-term stress.

When the conveying angle is less than 40 degrees, the cleat is generally T type; when the conveying angle is greater than 40 degrees, the cleat is generally C type, TC type or TCS type. The fine adjustment of the cleat distance needs to consider the correspondence with the sidewall wave crest, and the side bolt fastening device matched with different types of cleats can prevent materials from leaking from the gap between the cleats and unloading to cause accumulation of dead ends.

Cleat Type Height(mm) Base Width(mm) Weight(Kg/m) Min Pulley Dia(mm)
C 55 100 1.45 125
75 100 2.00 150
90 110 2.81 250
110 110 3.27 315
T 55 100 1.61 125
75 100 2.20 150
90 110 2.70 250
110 110 3.23 315
140 160 5.49 400
180 160 6.67 500
230 160 8.60 630
TC 55 75 1.13 125
75 100 1.82 150
90 110 3.22 250
110 110 3.94 315
140 150 5.49 400
180 150 6.81 500
230 160 8.68 630
280 180 14.90 800
TCS 230 160 13.80 630
280 160 15.30 800
360 230 22.80 1000
470 230 30.80 1250

Our cleats form 110mm and higher have special diagonal fabric reinforcement in the vertical and angled parts, but smaller cleats can have this feature when required.