• QBF sidewall design ensures maximum flexing without fatigue and allows for high compression to ensure smooth inner deflection around small radii.
  • Diagonal type fabric insertion gives excellent tear resistance and also allows the sidewall to flex more easily.
  • Dynamic fatigue tested rubber compound ensure maximum fatigue resistance along with flexibility, high abrasion resistant and high tensile strength.
  • Steep incline conveying from 0 to 90 degree. 
  • No transfer points.
  • No spillage with steep angle conveying. 
  • Maximum utilization of space.
  • Minimum maintenance, long belt Life. 
  • Wide range of materials can be handled. 

Features

Application

 

  • Sidewall belting 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. 

SIDEWALL
BELTING

  • Sidewall 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 standand are in accordance with international standard.

Base belt

  • Sidewall 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 standand are in accordance with international
    tandard.

     

  • QXE This belt incorporates the transverse polyester monofilament cords
    within the fabric, mainly used for small and medium sized applications.

     

  • QXE+2 The cross rigid and tensioning plies are separate,in this case the
    belt has 2 cross-rigid polyester monofilament plies, application areas are
    medium to heavy. 

     

  • QXE-SC+2 This belt incorporates textile tensioning plies with closely
    pitched and specially designed steel cords. The high lateral stiffness
    means the belt can be used in application areas where rigidity is an
    important factor, i.e. High lift heights and wide belts.

Base belt 

Rubber quality

 

  • Black Standard High Abrasion Resistant

  • Moderate Oil Resistant.

  • Heat Resistant to 150℃

  • High Heat Resistant to 180℃

  • Flame Retardant

  • Other qualities may be available to special order, please enquire.

  • Sidewall 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 standand are in accordance with international standard.

Sidewall

Rubber qualities

  • Black Standard High Abrasion Resistant
  • Moderate Oil Resistant.
  • Heat Resistant to 150℃
  • High Heat Resistant to 180℃
  • Flame Retardant
  • Other qualities may be available to special order, please enquire.
     

Fabric reinforcement
QBF sidewalls from type S120/MDSF120 and higher have special diagonal fabric reinforcement

in the corrugations as standard, smaller sidewalls can have this feature if required.

  • Sidewall 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 standand are in accordance with international standard.

QBF cleats have been specifically design to give optimum performance.

The shape of the ‘C’ and ‘TC’ types has been created to offer the best

conveying capacities along with excellent self-cleaning properties.

 

QBF cleats are molded with features of strong stiffness abrassion resistant

and impact resistance to give the best shape retention even when conveying

high-density materials.

Cleat

Side blinkers

 

Side blinkers can be fitted in-between the cross cleats,profile and the sidewall to make a seal. Side blinkers are used when the material is particularly free flowing. 

 

 

Cleat type selection list 

 

  • International standard.
  • Full set of European mold design.
  • Belt selection support
  • Hot assembling
  • Biggest sidewall belting manufacturer in China

Sidewall belting

The appropriate belt specification can be calculated by our computerized sidewall belt selection program by our experienced team on submission of the exact conveying application. Please complete the enquiry from and send to us and we will be most pleased to select a optimum belt along with our commercial offer.

 

Manufacturing capacity

  • Base belt:300-2400mm

  • Sidewall height:40-630mm

  • Cleat height:35-600mm 

  • Belt strength:250-7500N/mm

 

Automatic buffng machines give accurate & excellent adhesion value

 

All QBF base belt, sidewall and cleat are totally buffed by our patent buffng machines. 

Excellent buffing resultensures better adhesive strength. 

 

 

Advanced computerised belt selection program  

 

The appropriate belt specification can be calculated by our computer sidewall belt selection program by our experienced team on submission of the exact conveying application. Please complete the enquiry from and send to us and we will be most pleased to select a optimum belt along with our commercial offer.

 

 

Hot vulcanization 

 

QBF sidewall belting is assembled by hot vulcanization technology,
Which achieves super high 
adhesion value, non-fall off. 
The adhesion won’t be influenced by high temperature material. 

 

Remark: For normal quality only

                                             -Chemical-                                                                                         -Mining-

-Tunneling / Metro-

-Power plant-

-Cement-

Application

-Harbor terminal-