$Green SIC Ball Raw Materials for Refractory System 1$
$Green SIC Ball Raw Materials for Refractory System 2$
$Green SIC Ball Raw Materials for Refractory System 3$

$Green SIC Ball Raw Materials for Refractory$

$Green SIC Ball Raw Materials for Refractory System 1$

$Green SIC Ball Raw Materials for Refractory System 2$

$Green SIC Ball Raw Materials for Refractory System 3$

Green SIC Ball Raw Materials for Refractory

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Specifications

green sic ball is a new type of composite deoxidizer for steel making

The company produces green sic ball is a new type of composite deoxidizer , to instead of ferrosilicon, silicon carbide , carburant ,reduce the amount of deoxidizer and alloying process for smelting deoxy.

Application:

Improve steel quality , improve product quality , improve product new energy , and reduce the amount of alloy added to reduce the cost of steel making , increase economic.

Specifications:

type	Sic%	FREEC%	Si+SiO2%	Fe2O3%	MGO%	H2O%	size
Lytz- Sic98.5	≥98.5	≤0.2		≤0.06		<1.5	0-30mm
Lytz- Sic98	≥98	≤0.3		≤0.8		<1.5
Lytz- Sic97	≥97	≤0.3		≤1		<1.5
Lytz- Sic95	≥95	≤0.4		≤1		<1.5
Lytz- Sic90	≥90	≤0.6		≤1.2		<1.5
Lytz- Sic85	85±3	≤1	8±3	≤1.5		<1.5
Lytz-Sic75	75±3	2.5±1	17±2	3	0.10	<1.5
Lytz-Sic65	65±3	4.5±1	23±2	4	0.12	<1.5
Lytz-Sic55	55±3	4.8±1.5	28±3	5±2	0.16	<1.5

Green SIC ball

Q: Is there requirement for radiation indicator in refractory?: All refractories have no radiated harm to environment, so there is no requirement. From the elemental analysis, magnesite. I do not know it is helpful to you. But for refractory rwa material, any chemical element is radiated, including silicon?dioxide; If they are radioactive. From the use analysis, such as bauxite, do not have use value.

Q: Which refractory quality inspection authority is good?: Of course, it is Research Institue of Refractory Materials in Luoyang, Henan. In fact, what we want is accuracy and authority. Quality and inspection costs, which is more important?

Q: How is the fire endurance of the fireproof paint?: This is not specified. It depends on design requirements.The products we made have fireproof endurance ranging from 1 to 4 hours. we have not done any higher.

Q: What are the common refractory insulation cotton material?: High aluminum, clay brick, aluminum silicate fiber module and so on, inorganic types are glass wool, rock wool, foam glass etc.. Organic: the best one is phenolic foam, compround phenolic foam cement layer is a-level. Aerated concrete and other refractory thermal insulation material mainly refers to the inorganic thermal insulation materials and compround thermal insulation material, expanded perlite, foam clay It is applicable for buildings that have high requirement for fire proof level, foamed concrete, volcanic ash glass.

Q: How to measure the influence of high-temperature performance of the products refractory in the formation of the liquid phase.: Generally how can do high-temperature performance to measure how much liquid may affect hot bending strength rul refractoriness levels of high temperature creep?

Q: Can anyone tell me which materials are fire-proof high temperature resistant material?: Fireproof high temperature resistant material is the synthetic material with fireproofing properties, or the material itself is high temperature resistant, heat-resistant, flame-retardant material. Fireproof materials are mainly used for construction with a variety of forms, which plays an absolute role in modern fire protection. The commonly used fireproof materials including fireproof panels, fire doors, fireproof glass, fire retardant coating and fireproof bag, etc.

Q: Urgent question: could you tell me that the export of refractory materials to Vietnam is to be packed in wooden cases and smoked?: Of course, there are also some docks that need not be fumigated! But also according to the requirements of the port of destination guests, because customs clearance may be proof of fumigation!

Q: What is the difference between the fire?rating and the fire resistant level of the fire-fighting equipment?: Hello there. Fire rating and fire-fighting rating are the misnomer to the building fire resistant level. The building fire risk is measured by fire resistant level. The article 3.2.1 and 5.1.7 of "Architectural design code for fire protection" have made provision respectively on the fire resistant level of plant (the storeroom) and civil construction. Article 3.0.2 of "Code for fire protection design of tall buildings" has made provisions on the fire resistant level of tall buildings. As for the warehouse building "category malonate", it refers to one of the fire risk of goods storage, which is divided into A, B, C, D, E, and each category is refined depending on the nature of different substances. "Malonate class" specified in article 3.1.3 of "building design for fire protection" refers to the flammable solid.

Q: What is refractory cement?: Refractory cement is also known as aluminate?cement. Aluminate?cement emplys bauxite and limestone as the raw materials, calcium?aluminate obtained by calcining as the main component, being made into clinker containing 50% of aluminium oxide and finally being made into hydraulic cementing material by grinding. Aluminate cement is often yellow or brown, sometimes gray. Aluminate cements' major mineral are monocalcium aluminate (CaO · Al2O3, abbreviated CA) and other aluminate as well as a small amount of dicalcium silicate (2CaO · SiO2), etc.

Q: How to distinguish the fire resistant level of construction materials?: There are 3 conditions for building components to reach fire endurance, namely: Loss of ability to support; loss of integrity; loss of fire insulation function. As long as one condition occurs, fire endurance is reached and the time before it is called fire endurance. 1), loss of ability to support: If the specimen bearing capacity and rigidity reduce, section area shrink, collapses or deformation exceeds specified numerical value because it cannot bear the load of original design under flame or high temperature, it loses the ability to support. 2), loss of integrity: It mainly refers to the thin wall separating component(such as stairs, windows,partitions, ceiling, etc.) burst or partially collapse under flame or high temperature, and penetrating?fracture or opening appears, and the reverse side even burn. For example, when the floor is under flame or at high temperature, the flame spread to the upper room, which indicates that the integrity has been damaged. 3), loss of fire insulation function: It mainly refers to that seperating components loses thermal insulation and excessive heat conduction. In experiment, if the average temperature of component unexposed surface exceeds 140 ℃, or if any spot at the unexposed surface exceed the initial temperature of 180 ℃, the component loses fire insulation function.

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