The shredding process of the RDF production line can choose
different types of equipment according to the characteristics of
the processed materials and production capacity requirements:
Single-axis RDF shredder: suitable for pre-shredding and medium-hardness material
processing, simple structure and easy maintenance. Typical
processing capacity is 5-15 tons/hour, and the discharge size is
50-100mm. Suitable for small and medium-sized RDF projects or as
secondary shredding equipment.
Double-axis RDF shredder: adopts low-speed high-torque design, and the relative rotation of
the two axes produces strong shear force. The processing capacity
is 10-30 tons/hour, the discharge uniformity is good, and it can
process fiber-containing and elastic materials. The tool life is
800-1200 hours, which is the mainstream choice for the current RDF
production line. Speed transformation.
The xrido waste shredder adopts a modular design, the blades can be
quickly replaced, and the maintenance cost is low. The RDF
production process is mature and stable, and the parameters can be
adjusted according to the different waste components to ensure the
consistency of product quality. The morphology and calorific value
characteristics of the fuel make it very suitable for use in
existing industrial kilns, without the need for large-scale
equipment transformation.
Waste shredders and RDF production technology provide a sustainable
solution to the increasingly severe waste treatment problem.
Through efficient mechanical crushing and systematic fuel
conversion processes, the resource and energy utilization of waste
is realized. This technology is both environmentally friendly and
economically feasible, and has broad development prospects in the
context of global low-carbon transformation. In the future, with
the improvement of the intelligence level of shredder equipment and
the continuous optimization of RDF production processes, this
technology will play a more important role in the circular economy
system./C at sign, or Trade Assurance order recommended.
