Sandwich Panel Rock Wool Production Line

The Sandwich Panel Rock Wool Production Line is an efficient, energy-saving, and environmentally friendly automated production line that can meet the growing demand for rock wool sandwich panels in the market.

sandwich panel line

The sandwich panel rock wool production line is an automated assembly line specifically designed for producing rock wool sandwich panels. The sandwich panel rock wool production line usually consists of an uncoiler, laminating and cutting device, core material processing equipment, composite and molding equipment, curing and cutting device, quality control system, and automation and control system. These parts work together to complete the entire production process from raw material uncoiling to finished rock wool sandwich panels.

Production Process

• Raw material preparation: Mix rock wool and auxiliary materials (such as resin, crack resistance enhancer, etc.) in a certain proportion and dry them. These raw materials are usually selected from high-quality natural rocks and industrial waste to ensure the environmental friendliness and excellent insulation performance of the products.
  

• Core material processing: In specialized equipment, the mixed raw materials are heated to high temperatures to melt and form fibrous materials. Then it is sprayed out by a high-speed spinning spinneret to form rock wool.
  

• Composite and pressing: The rock wool obtained by spinning is fed into the forming machine through a conveyor belt or roller, and bonded to the upper and lower layers of steel plates to form a whole. After compaction and heating treatment, the rock wool is interwoven with each other and tightly combined with the steel plate to form a sturdy sandwich panel.
  

• Curing and cutting: The formed rock wool sandwich panel is naturally cured or thermally cured to make the panel structure more sturdy. After curing, cut and trim the board to obtain products that meet the size requirements.

Product Features

• Efficient and energy-saving: The sandwich panel rock wool production line adopts advanced automation technology, which can achieve continuous and efficient production processes, greatly improving production efficiency. At the same time, rock wool sandwich panels, as an efficient and energy-saving building material, have excellent thermal insulation performance and can significantly reduce the energy consumption of buildings.
  

• Fire safety: Rock wool sandwich panels have excellent fire resistance, which can effectively delay the spread of fire, buy more time for personnel evacuation, and ensure the fire safety of buildings.
  

• Sound insulation and noise reduction: Rock wool sandwich panels also have significant sound insulation effects, which can effectively reduce noise interference and create a quiet and comfortable environment, whether used in residential or office spaces.
  

• Environmental Protection and Health: The sandwich panel rock wool production line pays attention to environmental protection and health requirements during the production process. The selected raw materials are environmentally friendly and harmless, and the finished products undergo strict quality testing to ensure product stability and long-term durability.

The rock wool sandwich panels produced by the sandwich panel rock wool production line are widely used in various fields such as industrial buildings, commercial buildings, and civil buildings. In industrial buildings, rock wool sandwich panels are widely used for the exterior walls and roofs of buildings such as factories and warehouses due to their excellent fire resistance, sound insulation, and thermal insulation properties. In commercial buildings, rock wool sandwich panels have become the preferred material for office buildings, shopping malls, and other buildings due to their aesthetic, durable, and environmentally friendly characteristics. In addition, with the increasing demand for comfortable living environments and energy efficiency, the application of rock wool sandwich panels in civil buildings is gradually increasing.