|
[China]
Trade Verify
Address: #11667 erhuanxi road jinan city shandong province china
Contact name:Kevin
Shandong Chuangxin Building Materials Complete Equipments Co., Ltd |
|
Verified Suppliers
|
|
|
Magnesium Oxide Board Production Line with Pre Curing / Module Stripping Process
MGO Board Machine,Full Auto-Matic MGO Board Producing Machine,mgo board machine
Automatic Fiber Cement Board Making Equipment Machinery /Fiber Cement Board Production Plant : Indonesia Workingsite
Fiber cement board use inorganic mineral fiber or cellulosic fiber as reinforcement agent and siliceos material and calcareous material as main cementitious meterial.
Fiber cement board material composition: Fiber: 15% Cement: 85%
Process stages include: slurry preparation, board forming, stacking, pre-curing, module stripping, autoclaving and curing.
To increase board quality, drying stage as well as sanding, edging and painting stagescan be assed, which also increased additional value of board.
Process technique contains molding-pressing process, flow-on process and hatcheck process.
4. Machine Advantage
Project Feature
1. The source of the production raw materials is widely with no
regional restriction. The product is made of sawdust, straw (rice
hulls), many kinds of crop straw and inorganic material (such as
talcum powder, infusorial earth and powder coal ash) after special
technology. So this project have low production cost, small
investment and fast effectiveness.
2. The equipment has high automatization degree, simple production
technology, low labor intensity and production line, and there is
no noise and three-wastes (waste water, waste gas and waste
residue) during production.
3. Low production energy consumption. With the influence of
chemical reaction, it can meet the requirements about production
technology without high temperature and high pressure.
III. Product Feature and Performance
(I)Performance
1 | Air-dry density | ≤ (Standard index)50kg/m2 | (Test Value) 30.0kg/ m2 |
| 2 | Drying shrinkage rate of the board | ≤0.08% | 0.015% |
| 3 | Anti-breaking load | ≥1400N | 5640N |
| 4 | Anti-impact | No breakage phenomenon such as cracking after three impacts | No breakage phenomenon such as cracking after three impacts |
| 5 | Thermal resistance of main section (T=90mm) | ≥1.35(m2.k)/w | ≥1.36(m2.k)/w |
| 6 | Thermal bridges area ratio | ≤8% | 2.22% |
| 7 | Sound reduction Index | 36dB | |
| 8 | Radioactivity | None |
