Rubber Belt Continuous PU Sandwich Panel Production Line for 700 - 1000 mm PU Sandwich Panels

Main Features of PU Sandwich Panel Machine: 

• Panel from the continuous sandwich panel production line is a composite structure consisting of two external facings and an insulating core. The core can be flexible with Polyurethane, Mineral Wool, Glass Wool, PIR, Phenolic or EPS. Various profiles are available according to customer's requirement with pre-painted steel sheets, PVC sheets, Aluminum paper or other similar supports;
• The continuous sandwich panel production line has a large scale production capacity. It allows a uniform distribution of the reactive mixture, a homogeneous density, suitable physical and mechanical characteristics. ;
• Roof panels, wall panels and door panels are made mainly of metal section support and polyurethane insulating mass;
• The capacity of the continuous line is 4-8m/min, length of the production line is 100m, the size of the final panel is 3-18m long, 900-1200mm wide, 30-150mm thick, the valid length of double belt conveyor is 24m, the total power is 300KW

Technical Data:

Competitive Advantage: 

Our production system is a fully automation equipment system to produce various shapes of sandwich panels using a rigid-polyurethane foam as a core material which is known as a top insulation in nowadays with low heat conductivity, heat reserving, anti-sweating, high strength durability and availability at construction site.

•    Light weight: 10~ 14 kg/m2 and hence reduced steel frameworks and system can become economical.
•    Good thermal insulation, with average coefficient of thermal conductivity is 0.018 ~ 0.020 W/mk.
•    Available in customized length. And in wide range of colors.
•    Cold and heat resistance: Perfect temperature resistance deformation from -110º C to 120º C.
•    Great energy saver and hence indispensable in air-conditioned, cooled and heated buildings. 
•    Virtually zero maintenance throughout life.
•    Installation is convenient and Flexible; not requiring large-scale lifting   devices, and thus lowering building costs. 
•    High intensity and large rigidity ensures suitability for weight-bearing structures and for supporting and protective structures. 
•    Non-water absorbent. 
•    Environmentally friendly. And bring down life cycle cost