EPT is a thermal stable insulating materials in the welding-rod coatings EPT and also employed in caulking compounds, lubricants, greases, dry-powEPTfire extinguishers, as a slender coating on rubber surfaces to defeat tackiness and sticking, In exterior house paints minimizes running and sagging, and improves weatherability. The addition of mica to all types of sealers for porous surfaces (this kind of as wallboard, masonry, and concrete blocks) drastically minimizes penetration and enhances holdout. The inclusion of mica in road and freeway paints improves wearability, offers great adhesion, and decreases flaking and cracking, also employed to coat wallpaper because it imparts an eye-catching silky or pearly luster, utilized predominantly in paint, plastics and rubber.
We offer muscovite, phlogopite, sericite, biotite and mica powder(dry mica powEPTand wet mica powder).
Chemical composition | SiO2 | Al2O3 | K2O | Fe2O3 | CaO | Na2O | MgO | H2O |
Contents(%) | forty seven.32 | 33.twenty five | eleven.eighty two | one.81 | .03 | .96 | .ninety one | two.seven |
Muscovite
Chemical components
Actual physical homes:
Density (g/m3) | Refractive index | Whiteness (%) | Dampness (%) | Radius-thickness ratio | Warmth Resistance ( deg C) | L.O.I. (%) |
2.80 | one.sixty | 70-80 | lt1% | gt60 | 1300 | two.eighty two-two.nine |
Phlogopite
Chemical factors:
Factors | SiO2 | Al2O3 | MgO | K2O | H2O |
Contents% | 36-45 | 10-seventeen | 19-27 | 7-ten | lt1 |
Bodily homes:
Density(g/cm3) | Transparency (%) | Mosshardness | Whiteness | Refractive index | Coefficient of elasticity (10 6Pa) |
2.seven-two.9 | -twenty five.5 | 2.seventy eight-two.eighty five | 60-70 | one.six-1.55 | 1394.five-1874 |
Sericite
chemical parts:
Components | SiO2 | Al2O3 | K2O+Na2O | H2O |
Contents% | 43.13~forty nine.04 | 27.93~37.forty four | nine~11 | four.13~six.twelve |
Biotite
chemical components:
Parts | SiO2 | Al2O3 | K2O | MgO | Na2O | S | P | Burn up |
Contents% | forty five.02 | ten.46 | ten.18 | 16.88 | .46 | 2.forty three | .34 | one.ninety three |
mica powder
Wet mica powEPTphysical and chemical indicators:
Size | Monitor margin (%) | Sand Content (%) | Bulk density (g/cm3) | H2o articles (%) | Reduction on Ignition (%) | Whiteness | Radius-thickness ratio |
125um (120 mesh) | 250um lt0.one 125um | lt3. | le1. | le0.three | le1. | le4.3 | gt70 |
90um (one hundred sixty mesh) | 180um lt .190um | lt5. | le1. | le0.twenty five | |||
75um (200 mesh) | 150um lt .1 75um | lt5. | le0.6 | le0.23 | |||
45um (325mesh) | 112um lt .145um | lt5. | le0.5 | ||||
38um (400mesh) | 75um lt .1 38um | lt5. | le0.5 |
Dry mica powEPTphysical and chemical indicators:
Dimensions | Screen margin (%) | Fe contents 1X10 quot |
Sand Content (%) | Bulk density (g/cm3) | Water content (%) | Whiteness | Radius-thickness ratio |
900um (20 mesh) | le0.five | le400 | le0.five | le3. |
le1. |
gt60 |
gt60 |
450um(40 mesh) | le0.5 | le400 | le1. | le3. | |||
300um(sixty mesh) | le0.5 | le800 | le1. | le3. | |||
150um(100mesh) | le0.five | le800 | le1. | le0.twenty five | |||
75um (200mesh) | le1. | le800 | le1. | le0.25 | |||
45um(325mesh) | le2. | le400 | le1. | le0.22 | |||
35um(400mesh) | le5. | le400 | le0.five | le0.22 | |||
28um(500mesh) | le5. | le300 | le0.five | le0.22 | |||
23um(600mesh) | le5. | le300 | le0.five | le0.22 | |||
18um(800mesh) | le10. | le300 | le0.five | le0.22 | |||
13um(1000mesh) | le10. | le300 | le0.5 | le0.22 |
Grain Dimension Distribution:
Measurement | +twenty | +forty | +60 | +100 | +200 | +325 | -325 | Sand Material | Iron Articles |
% | PPM | ||||||||
twenty mesh | 5 | 70 plusmn5 | twenty five plusmn5 | le10 | le5 | le0.5 | le100 | ||
forty mesh | le1 | fifty five plusmn5 | 40 plusmn5 | le10 | le1 | le400 | |||
sixty mesh | le0.01 | le1 | forty five plusmn5 | 45 plusmn5 | le15 | le1.5 | le800 | ||
one hundred mesh | le0.01 | le1 | 35 plusmn5 | 35 plusmn5 | le35 | le1.five | le1000 |
Applications:
1. It can be employed in beauty business.
2. It is prior filler in paint and coating.
three. It is used in safeguarding layer of welding rods, conducting wires and electrical cables.
4. It is the fundamental raw material for mica porcelain items.
five. It can be employed as suspended compound in fire-combating dry powder.
six. It can be taken as filler, shelter, lubricating substance, a drawing of designs in plastics, rubber, asbestos items and sealing components.
seven. It can also be utilised as filler in insulating components of substantial-recurrent electrical waves and acid-resilient merchandise.
eight. It can be utilised as coating in types of forecasting steel, the brightening materials in aluminum and paint in electroplating.