Special Offers
Products
Bin discharge unit for high material flows
The VRV Hopper discharge unit are mounted below hoppers, silos, bunkers or bulk containers for flowable bulk materials and serves as a combined closure, discharge, transportation and metering device. It is used where larger conveying capacity is required. Upon request, dust tight design is optional.
Tubular vibratory feeder Enclosed design for free flowing material
Thanks to the enclosed design, VRV vibrating tubular feeders are welcomed in chemical, plastic, lithium, food, pharmaceutical industries. Typically, they are used to convey dusty material or used to protect material from ambient conditions.
Reversible vibrating feeder Material flow reversible
According to the actual production demand of industries, VRV reversing feeders are used wherever bulk materials have to be conveyed and dosed in an opposing direction.
Long distance vibratory feeder Over long distance conveying
Long distance vibrating feeder is an extension of trough feeder and tubular feeder. The difference is reflected in conveying distance. It is used when usage of regular vibrating equipment is limited by distance.
Strewing cover / Strewing plate Speading fine grained bulk materials
Strewing cover / Strewing plate is used to spead fine grained bulk materials evenly on belts, rolls or surfaces moving at a uniform velocity downstream.
Compact Linear vibrating feeder Compact design for majority material handling
VRV compact / linear vibrating feeder simplified the procedure of powdery grained material feeding, distributing, conveying ,dosing and assigning from storage hoper. They are used in packaging, food, pharmaceutical, industrial automation industries.
Spiral Elevators Vertical conveying Cooling Heating or Drying
The spiral conveying trough is driven by unbalanced motors arranged oppositely causing a vertical conveying of the bulk material.
Bin Activator Prevent material jam and adhersion
The fluidity of some powdery bulk materials is very poor, and the unloading operation cannot be realized through various auxiliary flow methods, such as silo wall vibrator, air hammer, hammer and even air cannon.
