EPS Floor Heating Plate moulding Machine

EPS floor heating panel molding machine adopts efficient and professional process control software, touch screen man-machine control and PLC program control to produce various products. This machine can produce various foam products with low energy consumption, fast foaming and low water content.


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Main Features

EPS Floor Heating Plate produced by EPS Floor Heating Plate moulding Machine has the features of light weight, low thermal conductivity, low water absorption, anti-vibration, anti-impact, sound insulation, shockproof, heat insulation and moisture proof. Therefore, it is the most practical and cost-effective thermal insulation material to use EPS plastic as thermal insulation in the underfloor heating system.

 1. Polystyrene plastic is suitable for use at lower temperatures because EPS underfloor heating panels are made from polystyrene foam particles, which have a softening temperature of only about 88°C, and a practical maximum operating temperature of only about 75°C. The main drawback is that it is not temperature-resistant, but the water supply for underfloor heating is limited to a temperature of no more than 60°C, so there is no impact on the overall stability and strength of the underfloor heating system structure.

 2.The lower the density of EPS floor heating board, the lower its thermal conductivity. When the density drops to 32kg/m3, the thermal conductivity reaches its lowest point, which leads to a further drop in density. Therefore, from the point of view of thermal insulation, thermal insulation panels for underfloor heating make sense. a density of 32 kg/m3 is ideal.

 3. Compressive strength has a strong inverse relationship with its density; compressive strength decreases with density and vice versa.

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Technical Data

Item   PSZS-1412 PSZS-1816 PSZS-2018
Mould Dimension mm 1400*1200 1850*1600 2000*1800
Rear window dimensions mm 1250*1050 1700*1450 1750*1650
Effective forming area mm 1200*1000 1500*1250 1650*1450
Max Produce Size mm 400 400 400
Steam Pipe connect DN 100 100 100
Die connect DN 40/6 40/8 40/8
Pressure kg/cm² <5 <5 <5
Consumption kg/cycle 3-12 3-15 3-18
Air Pipe connect DN 80/2 80/2 80/4
Pressure kg/cm² <4 <4 <4
Cooling Water Pipe connect DN 80 80 80
Die connect DN 25/2 25/3 25/3
Pressure kg/cm² <3 <3 <3
temperature 45-55 45-55 45-55
Single Vacuum Motor KW 5 7.5 7.5
Connect DN 100 100 100
Drain DN 40 40 40
Dain water DN 25 25 25
Vacuum Center Connect DN 100 100 100
Drainage Drain Outlet Φ 159 159 159
Mould Outlet DN 40/3 40/4 40/4
Hydralic system Motor KW 7.5 11 11
Pump L/min 31/97 31/116 31/116
Lock power T 24 37 46
Open-close cylinder mm 100*2 125*2 140*2
Demould cylinder mm 50*2 50*2 50*2
Hopper Volume 0.3 0.4 0.4
Motor KW 1.5 2.2 2.2
Material hole Pieces 22 44 44
Electric Load KW 16.5 20.7 20.7
Overall Dimension mm 4800*3320*2800 4800*3600*3200  
Weight kg 7200 8000  

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