Silencing Rock Wool Sandwich Panel Line

The silencing rock wool sandwich panel line is an automated production equipment specifically designed for producing rock wool sandwich panels with excellent soundproof performance. This production line combines rock wool production technology and sandwich panel manufacturing technology. Through a series of process steps, the rock wool core material is combined with metal panels to form building panels with efficient insulation, heat insulation, fire prevention, and noise reduction functions.

sandwich panel line

The Silencing Rock Wool Sandwich Panel Line mainly consists of the following key components:

• Raw material preparation system: used to prepare rock wool raw materials and other auxiliary materials required for production. Rock wool raw materials usually include minerals such as basalt, which are processed through processes such as high-temperature melting and centrifugation to form rock wool fibers.
  

• Forming equipment: evenly distribute rock wool fibers in the forming mold, and form rock wool core material with a certain thickness and density through process steps such as pressing and curing.
  

• Metal panel production line: used for producing two layers of metal panels. These panels are usually made of materials such as colored steel plates or galvanized steel plates, which have good corrosion resistance and aesthetics.
  

• Composite equipment: Rock wool core material is combined with metal panels through high-temperature bonding or mechanical pressing to form rock wool sandwich panels. During the composite process, specialized adhesives or sealing materials are usually used to ensure the firmness and sealing of the board.
  

• Cutting and packaging equipment: Accurately cutting and packaging the produced rock wool sandwich panels to meet customer customization and transportation requirements.

The production process of soundproof rock wool sandwich panel mainly includes the following steps:

• Raw material preparation: Crushing, screening, and pretreatment of basalt and other raw materials to prepare for subsequent melting and fibrosis.
  

• Melting and fibrosis: The processed raw materials are sent to a high-temperature melting furnace for melting, and then the molten rock wool liquid is shaken into fibrous form by a centrifuge.
  

• Forming and curing: The rock wool fibers are evenly distributed in the forming mold, and through processes such as pressing and curing, a rock wool core material with a certain thickness and density is formed.
  

• Metal panel production: Use a metal panel production line to produce two layers of metal panels that meet the requirements.
  

• Composite and curing: The rock wool core material is combined with the metal panel through a composite equipment and cured at a certain temperature and pressure to ensure the firmness and stability of the board.
  

• Cutting and packaging: Accurately cutting and packaging the produced rock wool sandwich panels to meet customer customization and transportation requirements.

The soundproof rock wool sandwich panel has the following significant characteristics:

• Excellent noise reduction performance: Rock wool core material has good sound absorption and noise reduction effects, which can effectively reduce noise pollution.
  

• Efficient insulation performance: Rock wool sandwich panels have low thermal conductivity and good insulation performance, which can meet the insulation needs of buildings under different climatic conditions.
  

• Good fire resistance: Rock wool itself is a non combustible material with good fire resistance, which can effectively prevent the spread of fire.
  

• Lightweight and High Strength: Rock wool sandwich panels are lightweight and have high strength, making them easy to transport and install during construction.

This type of board is widely used in steel structure factories, roofs and walls of simple activity rooms, as well as ceilings and partitions of air purification rooms in industrial buildings, public buildings, scientific research buildings and other fields.