Mineral Wool

Specifications

Size	-	Weight	-	Stock	-
Country of Origin
Production method	Negotiable

Trade Terms

Payment Terms	-
Price(FOB)	Negotiable	MOQ	Negotiable
Transportation	-
Lead time	Negotiable	Shipping time	Negotiable

Company

RIGHTPHIL Inc.

Country / Year Established
- South Korea / 2013
Membership
- PRO
Business type

Trading Company

Verified Certificate
- 15

Main Export Markets
- Japan
- South Korea

Product Description

Mineral Wool (KS L 9102 Artificial Mineral Fiber Thermal Insulation Materials)

Byucksan's insulation products ensure cost-effective and convenient installation.

Overview

The mineral wool is a thermal insulation made by melting calcium-silicate minerals at high temperature (1600°C) and has a wide range of available options for fire safety, sound absorption, thermal insulation, warm keeping, and cool keeping, and even for agricultural uses. It is also recommended for those places that require energy saving, as it provides an excellent energy-saving effect with high fiber flexibility, enhanced dynamic stability, and low thermal conductivity.

Materials
-Slag: Left after the separation of steel from the steel production process. Slag is a mineral used as a cement material or soil improver or for casting of paved road.
-Copper Slag: Left after the smelting of copper
in the copper production process. Copper slag is used in the process of producing super wool.
- Andesite: As a kind of volcanic rock, this mineral matter is found throughout this country
-Silica: This is used to enhance the thermal insulation
of mineral wool and maintain the viscosity of a solution for fibrous formation.
Production Process
Mixing materials →Melting → Collecting → Curing → Cutting → Stacking → Packaging → Finished Products

Features

Item	Properties
Felt & Board	Processed in a board form, these products are cost effective and very high in sound absorption, thermal insulation, and moisture resistance. They are mainly used for thermal insulation, prevention of dew condensation, and soundproofing in apartments, ordinary houses, or schools; sound absorption and thermal insulation in air ducts or machinery rooms; thermal insulation in industrial facilities; and thermal insulation and fire fighting in ships.
Blanket	The minimum possible number of binders is used to give softness to the product. Its high flexibility allows the product to be conveniently set up on a curved or rough surface. This blanket product is usually used for warm/cool keeping and thermal insulation on the ceilings of buildings, a variety of tanks, or spiral ducts.
Wire Blanket	This product is good for places requiring high durability. It has one side reinforced with a hexagonal wire net for convenient installation.
Pipe Cover	Formed into a cylinder shape, this mineral wool product is mainly used for thermal insulation of air-coordinating systems, sanitary facilities, or water-piping systems.
Loose Wool, Coatrock SWT	Made into a fibrous state, these mineral wool products are mainly used as a filler for holes on a fire-protection zone or for an oxygen separator, a sound-absorbing ceiling material, a thermal insulation for ceiling walls, or in other places where board installation is not allowable.
Panel Core	Because of its extra-strong fireproofing, this product is mainly used as a core material of sandwich panels requiring high fire-resistant performance.

Physical Properties

Item			density		Thermal Conductivity W/(m·K) Avg.Temp.70°C	Hot Shrinkage Temp.°C	Avg. Fiber Thickness µm	Particle Content %
			kg/m3	Tolerance
Mineral Wool			40 ~ 150		0.044 or lower	650 or higher	7 or lower	4 or lower
Board	I		71~100	- 15%, Don't define any + value.	0.044 or lower	600 or higher	-	-
	II		101~160		0.043 or lower
	III		161~300		0.044 or lower
Felt			40~70		0.049 or lower	400 or higher
Band	I		71~100		0.052 or lower	600 or higher
	II		101~160		0.049 or lower
Blanket	I	a	40~70		0.049 or lower	400 or higher
		b	71~100		0.044 or lower	600 or higher
	II		101~160		0.043 or lower
Pipe Cover			40~200		0.044 or lower
* Note : 1) For those products with an outer cover or surface coating, the hot shrinkage temperature is not applicable. * cf : 1 W/m·K = 0.86× kcal/m·h·°C

Applications

For warm/cool keeping, prevention of dew condensation, or thermal insulation: buildings, air-coordinating systems, sanitary facilities, the rooftop, outer walls, cold stores, etc.
For warm/cool keeping, heat radiation, or thermal insulation: ships, boiler walls, piping, drying furnace, heat treatment equipment, etc.
For sound absorption, noise blocking, or noise prevention: sound facilities, buildings, machinery rooms, electricity rooms, offices, sports facilities, plants, partitions, etc.
For fire safety, fireproofing, or nonflammability: fireproof structures, fireproof partitions, core materials, etc.
For agricultural purpose: places where garden products are cultivated.

Dimenstions

Standard Size

Type	Density (kg/m2)	Standard Size
		Thickness(mm)	Width(m)	Length(m)
I	80 100	25 50 75 100	0.5	1
II	120 140
III	180 200	50

Producible Size

Producible Size		Note
Density (kg/m3)	Thickness(mm)	Note
40	60-100
50	50-100
60	40-100
80	25-100	150T producible for agricultural purpose
100	25-100
120	25-100
140	25-100
150	25-80
180	25-75
200	25-50

* Producible size by KxT: weight (Kg) x thickness (mm)
* 25,00KT ~ 14,000KT
* Products of 25,00 KT and less An artificial decrease in productivity due to line speed Example) 80K 25T Product: 80 25 = 2,000KT (20% drop in productivity)

Dimensional Tolerance

Item			Thickness	Thickness Tolerance		Width	Width Tolerance	Length	Length Tolerance
Board		I	30~150	Less than 50 +5 -2	50 or more +5 -3	450 500 600	+5 -3	900 1000 1200	+15 -3
		II
		III
Felt							+10 0		+30 0
Band	I		30~100	+4 -2		900 1000 1200	+10 -5	900 1000	+30 0
	II
Blanket	I		30~150	+5 -2	+5 -3		+5 -3	900 1000	+15 -3
	II

Note

The width and length values allow the integral multiples of standards. In this case, the tolerance is based on (Dimensional Tolerance) Table.
If either of width and length exceeds 200mm, the tolerance does neither allow any minus value nor define any plus value.
If the length of the M/W or G/W blanket exceeds 3000mm, then 3000mm × n (n = a natural number) will be applicable.
The length values of the M/W or G/W band and blanket can be determined by mutual agreement, but other than the above value.
For the thickness of a M/W or G/W product, an increment of 5mm will be allowable within a defined range, adding up 72mm, 74mm, or 84mm if required. In case of more than 400mm thick, two or more length values may be added.
For a compression-packaged(3) G/W Board II, the thickness should be set in prior consideration of the compression rate. However, the thickness tolerance does neither allow any minus value nor define any plus value. (3): A compressed package means the state of packaging compressed at more than 10% of a nominal thickness.