Hollow Core Slab Making Machine Concrete Prestressed Production Machine

Model Number: GLY200*1200 Brand Name: HAIYU Key Specifications/Special Features: The machine applies pre-tension method to produce hollow core slab on the concrete casting bed. It takes motor as drive and usereciprocating linear motion of the sliding block to transmit the mix material form hopper to the forming part of the machine. The concrete material pushing each other and excluding the air and by continuous vibration the concrete plasticizing quickly. At the same time, the reaction force produced by the sliding block pushing material, it helps the machine overcome the friction resistance and move forward and slabs being formed at the behind of the machine.Our machinery can produce the slab thickness from 50mm up to 500mm as Customer Request.large span hollow core slab applications:Precast prestressed hollow core slabs, with their lightweight and thickness can cross spans exceptionally high.According to the fast implementation, these slabs allow a simplification of the structure and a reduction of the building height.Application areas:-Office building-Industrial buildings (factories, warehouse …)-Commercial buildings-Public buildings
-Schools
-Hospitals
-Hotels
Advantages of hollow core slab:
1. A highly automated production process.
2. Smooth even bottom surfaces meaning false ceilings can be omitted.
3. Good sound insulation properties.
4. Because of the longitudinal cores weight of the floor is reduced.
5. The voids in hollow core can be used for technical installations, i.e. ventilation conduits, plumbing and electrical pipes etc.
6. Short construction time, absence of scaffolding, high mechanical and durability performance, excellent span-depth ratio and good flexibility in design.
7. Hollow core can be designed to meet different fire class requirements.
8. Hollow core can be used with all types of supporting structures i.e. Bearing walls, skeletal concrete structures or steel frames.
9. The reduced weight of slabs gives savings in foundations and structures.
10. Longer spans, less support, more freedom in floor plan design.