Enter your email to
  receive our
  newsletter




Välkommen till Saxlund.



Hantering och recyckling



Handling and Recycling

Download broshure (400 kb)
Download movie about Discharge Systems (9 mb) - Rightclick, Save Target as
Download movie about Tubefeeder (9 mb) - Rightclick, Save Target as
Download movie about Sliding Frame (7 mb) - Rightclick, Save Target as

Sliding Frame Discharge System

Saxlund International’s original Sliding Frame discharge system was first developed
and patented in 1972. The Sliding Frame covers the entire silo bottom and discharges the layers of material in the order in which they were introduced into the storage silo, i.e. first in – first out!

The Sliding Frame pushes the stored material into one or more openings in the silo
bottom thereby creating “mass flow” which eliminates bridging and allows the
material to flow at the desired maximum rate.

The Sliding Frame silo discharge system has no moving parts within the silo other
than the reciprocal movement of the frame itself. The result is that no direct
wear or machine element can come loose and cause damage within the silo
or downstream equipment.

Maintenance accessibility is enhanced since all the serviceable parts are
accessible from the outside of the silo.


Rotor Discharge Systems

The Saxlund International Rotor discharger units are a direct descendent from the original Saxlund rotor first patented in 1952.

The system features an electromechanical driven rotor with hydraulic-actuated feeder arms. The systems are designed for round silos up to 7 500 mm diameter.


Transport Equipment

Saxlund International has developed an extensive range of equipment designed to handle many different types of material.

These equipment, among others, are available from Saxlund International.

• Elevators
• Screw conveyors
• Vertical screw conveyors
• Chain conveyors
• Rotary feeders



Push Floor Discharge System

The Saxlund International Push Floor is designed for use with square and rectangular
flat-bottom bunkers containing “difficult” to handle bulk solid materials.

The heavy-duty Push Floor is specifically designed for heavy wet and non free-flowing materials.

The design eliminates the typical rear wall packing problem often found in rectangular bunkers and the material is always delivered on a first in – first out basis.

The Push Floor can be used to discharge the stored material to any number of feeder/metering systems including screw conveyors, sludge pumps, belt
conveyors or chain conveyors.


The Tubefeeder™ Discharge System

The unique patented Tubefeeder system consists of a screw conveyor housed inside a rotating tube that serves to relieve external pressure from the surrounding material. The tube rotates independently of the screw and uniformly receives the bulk solids
through slots along the length of the tube.

The inner screw conveyor conveys the material to the end of the tube where it
is discharged to a take-away conveyor.

The Tubefeeder can be used in conjunction with both round and rectangular silos. This innovative system offers many advantages:

Cost Effective
Low energy consumption
Low wear
Low maintenance
  Material Control
Control of segregation
Non-destructibility
Homogenizing
     
Process Control
Controllability
Continual mixing
Uniform discharge
  Productivity
Long span distance
High capacity
High availability



Recycling

Saxlund International has extensive experience in handling “difficult” recycle
material. Saxlund equipment is in use for transporting and discharging tires
(whole and/or shredded), garbage, plastic, gypsum, chips, etc..



SAXLUND AB - P.O. Box 79, SE-137 22 Västerhaninge, Sweden - Tel: +46 (8) 504 105 80



  Saxlund is specialized on:

- Handling-Recycling
- Ash Handling-Slag Handling
- Sludge Handling
- Energy Plants for Biomass Fuel
- Pellet Plants


Saxlund deliver:

- Screw Conveyors
- Mixing and conditioning screw
- Sliding Frame
- Rotors
- Elevators
- Scraper Conveyors
- Grate
- Infeeder
- Push Floor
- Tubefeeder™
- Dosing Box
- Rotary Valves
- Sludge Solid Pumps
- Valves
- Sludge Reception Bin