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Because of its characteristic, it provides a perfect atomizing of materials size, density, hardness and durability. Hence, the efficiency of abrasive reduces the consumption rate and increases the productivity as well as non-toxic environment status. PS Ball is an inexpensive material when we compared to other mineral materials. PS Ball can be recycled up to 3-4 times based on its surface toughness.
Being processed with SAT, ions dissociated in ion form can be as stable oxide compound in Spinel Structure. Spinel Structure with general chemical formula AB2O4 is octahedron shaped structure as illustration in which oxygen atom is almost filled with cube clise packed packing that is the structure with B atom surrounding 6 oxygen atoms in octahedron and with Atom surrounding 4 oxygen atoms.
There is Spinel as typical example in this Spinel Structure. Such as this crystal generally has solidity 5.5~8, luster like glass and high index of reflection.
Colorless and transparent one is very solid, weathering proof and corrosion proof to the extent that could be used as gem.
As the surface of this is formed with an oxide compound in Spinel Structure, ion or electron moving required in chemical reaction become difficult and therefore it forms stable compound and very strong resistance to chemical, physical cause as weathering. So, Spinel particles transformed from convert reactor slag with SAT doesn’t break out pollution problem.
PS Ball is the noble product of slag atomizing process. We named if Precious, since it is converted from valueless waste into new born material with good value added.
It is an environment-Friendly material with stable status of Spinet Structure by rapid air & mist cooling system, proven by authorities.
PS Ball has excellent physical properties such as spherical shape, high strength and low abrasive rate. Using these characteristics, the excellent performance was proven in use of Repair and Reinforcing Material, Abrasive Blasting Material, Roof Material, Non-slip Material etc. Furthermore, PS Ball has been applied widely to the substitute for river sand after acquirement of “Construction Mark”.
|Repair and Reinforcing Material||Save pastes (Cement, Polymer) with high strength and low absorption rate.
Eases drying shrinkage with the spherical particles.
Excellent self-compacting with high fluidity.
|Abrasive Blasting Material||Lower price than rival goods.
Excellent hardness (Mohs hardness 7 or higher).
Good in density of illumination.
Reuse available (2~4 times).
Less dust than Silica and Garnet.
Waste after blasting can be classified as non-scheduled waste.
|Roof Material||High class texture due to glossy surface.
Excellent compressive strength, wear resistance, wind resistance, etc.
|Weight Material||Effective in use of weight material due to high specific gravity.
Excellent strength, less expensive.
|Manhole Repair Material||Improve Compressive Strength.
Reduce the resin consumption.
Road surface goes with the color of PS Ball (School Zone)
|Non –Slip Material||Produce diverse products through coloring (School Zone)
Less product unit cost with direct product process and construction.
Longer product lifespan after construction due to excellent wear
|Poly-Concrete Material||Save the volume of Polymer.
Improve compressive strength.
Cost saving effect
|Concrete Aggregate||No expansion by free CaO
|Heavy Aggregate||Radioactive Shielding effect.
Selected aggregate by collection of balls with gravity 4.0 over
Cost saving effect
|Soft Ground Reinforcement