The PC production line is used for the production of the panel components such as wall panels and floor slabs thickness less then 450 mm (including sandwich wall panels, interior wall panels, laminated slabs, etc.), as well as more complex or pre-buried wall panels. Production line include:central control system, concrete convey system, feeding system, circulatory system,pretreatment system, curing system,Demoulding system.

The PC production line is used for the production of the panel components such as wall panels and floor slabs thickness less then 450 mm (including sandwich wall panels, interior wall panels, laminated slabs, etc.), as well as more complex or pre-buried wall panels. Production line include:central control system, concrete convey system, feeding system, circulatory system,pretreatment system, curing system,Demoulding system.

The PC production line is used for the production of the panel components such as wall panels and floor slabs thickness less then 450 mm (including sandwich wall panels, interior wall panels, laminated slabs, etc.), as well as more complex or pre-buried wall panels. Production line include:central control system, concrete convey system, feeding system, circulatory system,pretreatment system, curing system,Demoulding system.

The PC production line is used for the production of the panel components such as wall panels and floor slabs thickness less then 450 mm (including sandwich wall panels, interior wall panels, laminated slabs, etc.), as well as more complex or pre-buried wall panels. Production line include:central control system, concrete convey system, feeding system, circulatory system,pretreatment system, curing system,Demoulding system.

For the production of wall panels with different materials such as GRC,gypsum, magnesite and other suitable materials. The produced components can grant good anti-seismic characteristics. They are insulated against sound and resistant to fire according to most stringent international regulations, light weight with highest strength.

For the production of wall panels with different materials such as GRC,gypsum, magnesite and other suitable materials. The produced components can grant good anti-seismic characteristics. They are insulated against sound and resistant to fire according to most stringent international regulations, light weight with highest strength.

For the production of wall panels with different materials such as GRC,gypsum, magnesite and other suitable materials. The produced components can grant good anti-seismic characteristics. They are insulated against sound and resistant to fire according to most stringent international regulations, light weight with highest strength.

For the production of wall panels with different materials such as GRC,gypsum, magnesite and other suitable materials. The produced components can grant good anti-seismic characteristics. They are insulated against sound and resistant to fire according to most stringent international regulations, light weight with highest strength.

For the production of wall panels with different materials such as GRC,gypsum, magnesite and other suitable materials. The produced components can grant good anti-seismic characteristics. They are insulated against sound and resistant to fire according to most stringent international regulations, light weight with highest strength.

For the production of wall panels with different materials such as GRC,gypsum, magnesite and other suitable materials. The produced components can grant good anti-seismic characteristics. They are insulated against sound and resistant to fire according to most stringent international regulations, light weight with highest strength.

For the production of wall panels with different materials such as GRC,gypsum, magnesite and other suitable materials. The produced components can grant good anti-seismic characteristics. They are insulated against sound and resistant to fire according to most stringent international regulations, light weight with highest strength.

For the production of wall panels with different materials such as GRC,gypsum, magnesite and other suitable materials. The produced components can grant good anti-seismic characteristics. They are insulated against sound and resistant to fire according to most stringent international regulations, light weight with highest strength.

The production line is compact in structure, high in automation, fixed in the main machine, and the material is pressed and vibrated at the same time when the wall panel is formed. Continuous automatic extrusion vibration molding ensures the wallboard has good compactness and shape, and is initially set after molding. Conservation. The slab is easy to move, the site is flexible to use, andthe utilization efficiency is high.

The side mold and the bottom mold can be completely separated. A set of side mold can be used with multiple sets of bottom mold. Before the components don’t reach the lifting strength, the side mold can be removed to the next set of bottom mold and continue production. The component output quantity is high in single working day. It is suitable for the project with tight deadline.

The side mold and the bottom mold can be completely separated. A set of side mold can be used with multiple sets of bottom mold. Before the components don’t reach the lifting strength, the side mold can be removed to the next set of bottom mold and continue production. The component output quantity is high in single working day. It is suitable for the project with tight deadline.

The side mold and the bottom mold can be completely separated. A set of side mold can be used with multiple sets of bottom mold. Before the components don’t reach the lifting strength, the side mold can be removed to the next set of bottom mold and continue production. The component output quantity is high in single working day. It is suitable for the project with tight deadline.

The side mold and the bottom mold can be completely separated. A set of side mold can be used with multiple sets of bottom mold. Before the components don’t reach the lifting strength, the side mold can be removed to the next set of bottom mold and continue production. The component output quantity is high in single working day. It is suitable for the project with tight deadline.

GLY hollow core slab machine is suitable for the large span precast concrete hollow core slab produced by the long linebench slow release process of pretension method.The machine works on the concrete pedestal.lt’s powered by an electricmotor, pushes the loose material in the hopper into the mold cavity continuously by making use of the reciprocating linearmovement of the slider.

GLY hollow core slab machine is suitable for the large span precast concrete hollow core slab produced by the long linebench slow release process of pretension method.The machine works on the concrete pedestal.lt’s powered by an electricmotor, pushes the loose material in the hopper into the mold cavity continuously by making use of the reciprocating linearmovement of the slider.

GLY hollow core slab machine is suitable for the large span precast concrete hollow core slab produced by the long linebench slow release process of pretension method.The machine works on the concrete pedestal.lt’s powered by an electricmotor, pushes the loose material in the hopper into the mold cavity continuously by making use of the reciprocating linearmovement of the slider.

GLY hollow core slab machine is suitable for the large span precast concrete hollow core slab produced by the long linebench slow release process of pretension method.The machine works on the concrete pedestal.lt’s powered by an electricmotor, pushes the loose material in the hopper into the mold cavity continuously by making use of the reciprocating linearmovement of the slider.