NATURAL TOUCH

2014 PROJECTIndustrial II

Ceramic –Anticorrosive Coating

010-7507-4141

BBN NATURAL TOUCH

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CERAMIC BASED COATING MATERIALS APPLICABLE WITHOUT REMOVAL OF RUST

HARDENING BY ABSORBING HUMIDITY OF ATMOSPHEREADHESIVE ON THE WOOD, CONCREATE , GLASS FIBER,

ETC.

It cures by reacting to moisture in the air. It can be applied to metal, concrete, masonry, wood,

etc.Provides a superior adhesion to the substrates

1. PRODUCT CON-CEPT

NT-100 & NT-200

General Information :

It can be applied directly over the rusty metal without removing the exist-

ing rust.

It cures by reacting to moisture in the air. It can be applied to metal, con-

crete, masonry, wood, etc and provides a superior adhesion to the sub-

strates.

Properties:

Can be applied directly over the rust or toxic paints

- Resistant to most chemical solvents and salt water

- Surface tensile strength:6,780psi(475kgs/ ㎠ )

- Water-proof, insulation(10¹² )

- Indoor temperature differences of Waterproof coating± 5°C,

- Floor Crack Sealing & Coating

- Excellent impact Resistance

- UV resistance

- 15-20 year-long lasting coating

NT-100 Anti-Corrosion Coating for Metal

Typical Uses:

- Basecoat - Anti-corrosion coating on rusty metal - Protection coating for metal or concrete from acid - Interior/exterior coating for acid/solvent/oil tank - Coating for pipe line over/under ground - Anti-corrosion coating on water circulation tank or refrigerator-An encapsulant for lead-based paints and other bio-hazardous materials

Description :

- Color : silver gray-Thickness : non-rusty surface : 40 ~ 50μ. rusty surface : 50 ~ 100μ- Temperature : -30 ~ 160℃(possible 500℃, Option)- Applying methods : Brush, roller, Spray- Coating surface area : 6 ㎡ /ℓ- Hardening time : 7~9 days- Intervals : 4 hours - Cleaner : MEK

NT-100 Anti-Corrosion Coating for Metal

Underwater paint Properties :

1. NT- 100 Directly applied over a rust

2. Protection against salt water or acid (hydrochloric acid , acetic

acid)

3. Major 6 heavy metals free (Refer to “Test result”)

4. Indoor temperature differences of Waterproof coating ±5°C, Floor

sealing

5. Electric insulation : 1012

6. Coating area: 6~10 ㎡ , Iron frame: 20 ㎡

7. Replacement of Hot-dip Galvanizing

8. Excellent adhesion strength of 11.3MPa Abrasion resistance of

4mg (Refer to “Test result”)

9. Applicable to wood, plastics, bricks, etc.

NT-100 Anti-Corrosion Coating for Underwa-ter

General Information : Underwater anti-corrosion coating in water and humidity environment

Can be applied as a lining coat for drinking water tanks.

Adhere tenaciously to a variety of substrates

Can be used successfully in DTM(direct to metal) applications

The coating has been fortified with a very efficient, non-toxic

rust inhibitor.

Properties:

Lead and Chromate free

Excellent Impact Resistance

Excellent tensile strength

Excellent protection against chemical solvents

Excellent adhesion strength

Can be applied directly over wet, rusted surface without loss

of adhesion

NT-200 Anti-Corrosion Coating for Underwa-ter

Typical Uses:

Lower part of river infrastructure (bridge, a pedestrian crossing bridge) Lower part of a ship vessel, power line tower Lower part of iron structure (coastal, marine) Lining coat for storage tank (drinking water, industrial water, oil, chemistry wastes) An oil prospecting ship

Description :

Color : White( possible for variety of color, Option) Thickness : 150μ(2 times) Surface treatment : remove Oil and remnants Coating surface area : 6 ㎡ /ℓ Applying methods : Brush, roller, Spray Hardening time : 10 days Shelf life : 6 ~ 8 hours Temperature : -30 ~ 160℃(possible 500℃, Option) Intervals : 4 hours ~ 2weeks Mixed ratio : 5:1(Main : Hardener)

NT-200 Anti-Corrosion Coating for Underwa-ter

NO. Item Unit Testing Method Measured Value

1 Color - - Silver Grey

2 Adhesive 　 KS D-6711 100/100

3 Insulation 　 　 2.8193×10¹²

4 Heat Resisting 　 500 ×1 Hr(Bubble & Crack)℃ Test All Right

5 Wear Resistance 　 KSL-1001 0.00

6 Tensile Strength - 475kg/ ㎠

7 Viscosity cps KSM-5000 320

8 Specific Gravity g/ ㎠ KSM-5000 1.1

9 Temperature C KSM-5000 °Celsius -30~163°C

10 Main Components - KSM-5000 Special Metal and Ceramic Compound

11 Vehicle Type - KSM-5000 Aromatic Polyurethane

12 Pigment Type - KSM-5000 Aluminum

13 V.O.C g/liter KSM-5000 425

14 Applicable Area - - 12 ㎡ /liter

Ⅱ. Properties and Specification

1. Coating after simple cleaning of the surface without removal of rust save ex-

penses and time

2. Strong Adhesion to glass, wood, concrete structure, plastic and etc.

3. Not easy to be dusted and easy to clean

4. Very good durability due to no Color Change by Ultraviolet Rays

and no Loss of Glossy

5. Coating works is possible in High Temperature due to high heat resistance

6. Working effectiveness is maximized due to single liquid solution

7. Eco-Friendly Coating Materials composed of major Ceramic components

Ⅲ. Product Advan-tage

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Pure Natural Inorganic Materials does not cause pollution

No Color Change by Ultraviolet Ray, Almost No Loss of Glossy

Superior Insulation Char-acteristics

Dust and Dirt are not stickable and Easy to clean by water

Nonflammable, Non-Toxic. Non-VOC and No emission of poi-sonous gas

Superior Protective against Alkali and Acid

Heat Resistance

Anti-Contaminant

Chemical Resistance

Durability

Heat Insulation

Eco-Friendly

11

Feature

Ⅳ. Product Feature

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Waste Water and Waste Treatment Place

Piping and Valve, Furnace, Boiler, Chimney, Electric Transmission Tower

Ships, Sea Shore and Ocean structure and construction

Heat Insulation, Water Proofing, Internal and Interior and Exterior Painting

Storage Tank of Oil, Gas, Chemicals

Construction

Power Generation Chemicals

Marine

Environment

Piping, Tank, Untilities

Factory

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APPLICA-TION

Ⅴ. Application Area

Ⅴ-1. Coating Works on the Rusted Wall and Pipe of Water Tank Inside

Before Coating After Coating

Lining works on Inside of Pure Water Tank in Power Plant 2nd & 3rd Coating on the Inside of Pure Water Tank

Ⅴ-2. Lining Works Inside of Pure Water Tank

Before CoatingFirst Coating by NT-100

2nd Coating by NT-200 After Coating

Ⅴ-3. Coating Works on Factory Floor

Natural Touch Natural Touch

Natural TouchNatural Touch

NT-100 Coating Works NT-200 Coating Works

Partial Mortar Resin WorksBefore Coating

After Coating

Ⅴ-4. Water Proof Works of Factory Roof

Heat Resistant and Anti-Corrosion Works

Corrosion Protection Works at Dock

Ⅴ-5. Pipe Line & Dock

Ⅴ-6. Sea Wind Corrosion Protection Works for Steel Structure

Wet the rusted surface with coating liquid and it will be penetrated into porous air hole on the rust and coated materials and then self-hardening . It forms internal bonding structure between porous air hole and coating liquid.

  Coating materials is specific Metallic Chemicals and becomes part of substrate on

the rusted surface of materials like electronic plating. This is not the same coating materials as the general anti-corrosion coating materials

The polymer of coating liquid is penetrated into porous air hole of surface and then absorb the humidity of atmosphere to generate gas and make micro expansion of porous air hole . It is hardened and play role of bonding and locking between coating materials and surface. 

Metallic forms air encapsulation on the surface of coated materials and paint together with polymer. It protects modification by ultraviolet ray

This can be used alone and independently or used as substrate coating. It can be applied directly to the rusted surface and forms air encapsulation on the surface to protect rust improvement or transferring

Ⅶ. Principle of Coating

1. Surface Treatment : For the superior adhesion and getting rid of the coated defects, all rust scale, dust, dirt, oil contami-

nants on the surface should be removed completely

The rust scale must be removed by scratching and surface of coating materials must be dried

If NT-100 is coated on the surface of water contained materials, the hardening of coating liquid can be started before air encapsulation is started by penetrating into metal or porous air hole of surface, and the adhesion power can be reduced.

2. Coating Condition: Coating must be done over at 0 over and the optimum temperature for coating is 10 ~38 ℃ ℃ ℃

3. Mixing Rate : This is single liquid type and can be used alone without hardening materials and Bottom coating can be used independently without middle coating and upper coating.

4. Coating Method: Airless Spray Gun, Bush, and roller

5. Diluting Solution MEK, MIBK

Ⅷ. Coating Method

6. Paint and Coating Materials Preparation: Metallic Components contained in NT-100 can be sink down at the bottom . Fully shaking is needed before coating or use low speed stirrer As NT-100 absorbs humidity of atmosphere and hardened, the lid should be closed after taking out quantity. If the surface of NT-100 liquid in the used can is hardened, you can break the hardened surface and stir and

mix to use

7. Coating Procedures : NT-100 needs always two times of coating to fill up micro hole generated after 1 st coating and at the same

time, increase coating thickness for the endurance of coating For the very high thickness of coating, the 2nd coating should be made by NT-100(HS) 2nd Coating should be made within 4-6 hours after 1st coating. 2nd Coating cannot be adhesive to the 1st coat-

ing surface

8. Hardening Time : If one hour is passed after coating, the paint is not wet on the hand but for the complete hardening, it takes 7-

10 days .

9. Keeping and Storage: Lid of the can should be closed when the paint is not used. Never keep the lid open over 4 hours. The can of 2 liters is recommendable to keep and store the paint on the shelf after opening the can

Ⅷ-1. Coating Method

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Ⅹ-8. Korea Institute of Construction Materials Thermal Image Test before and after coat-

ing

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Ⅹ-9. NT-100 Series for underwater Coating

The underwater coating works to recover and protect the serious corrosion of underwater structure

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Ⅹ-10. NT-100 Series of ProductsAcid Resistance, Heat Resistance, For- 40℃

1. Acid Resistance

Hydrochloric Acid 35%

Sulfuric Acid 50~98%

2. Heat Resistance

700℃

3. Desulphurization: Acid Resistance at 350℃

4. Coating is possible at – 40℃