3D EPS Panel Machine

EPS sandwich panel is a new steel wire mesh product, mainly used as internal and external walls in the construction industry. EPS foam board is the short name of the expandable polystyrene, the eps block can not only be made into foam products of different densities and shapes but also can be made into foam plates of different thicknesses.

3D EPS panel machine is a specialized piece of equipment used to manufacture three-dimensional panels made from expanded polystyrene (EPS).

These panels are typically used in construction as insulation and structural components. The machine combines EPS foam with a metal wire mesh to create a strong, lightweight, and energy-efficient building material.

3D EPS Panel Machine Functions

A 3D EPS (Expanded Polystyrene) Panel Machine is a specialized piece of equipment used in the construction industry to produce lightweight, insulated building panels. These machines automate the process of transforming EPS beads into structural panels, often reinforced with wire mesh, for various construction applications.

Key Functions of a 3D EPS Panel Machine

EPS Block Pre-expansion: The machine precisely pre-expands raw EPS beads using steam, creating lightweight foam beads that are essential for the insulation properties of the panels.
Molding and Curing: Expanded EPS beads are fed into molds where they are fused together under heat and pressure, forming the core of the panel and giving it its initial shape and density.
Wire Mesh Insertion: Automated systems precisely position and integrate steel wire mesh into both sides of the EPS core, providing the necessary structural strength and reinforcement for the panel.
Panel Cutting and Shaping: The machine accurately cuts the continuous panel into desired lengths and can be configured to create various panel shapes and thicknesses according to specific construction requirements.
Automated Stacking and Packaging: Finished 3D EPS panels are automatically stacked and prepared for packaging, streamlining the production line and reducing manual labor costs.

Key Components and Process:

EPS foam molding: Creates the desired EPS shape.
Wire mesh integration: Incorporates metal wire mesh into the EPS foam.
Welding: Secures the wire mesh to the EPS foam.

The end product is a 3D EPS panel that offers excellent thermal insulation, soundproofing, and structural support. This technology has gained popularity due to its efficiency and the superior properties of the resulting panels.

The overall performance of the EPS sandwich panel is good, such as its quake-proof and wind resistance and properties are much better than other wall materials.

Light in weight. The EPS sandwich panel reduced the base load of the beam crossing section on the frame structure, and the 3d EPS blocks increased the usable floor area of the building, in addition, the EPS sandwich wall panel decreased the total cost.