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SINO NANO TECHNOLOGY CORPORTION

 

           

 

 Detailed Descriptions of SINO TECH inorganic nano binders

 

3. Water-based Metal Silicate Binders

    Main Features:

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Completely Water-based  (VOC = 0)

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Very good initial water resistance 12 hours later can dipping into water.

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It can cure at 5 still with very good initial water resistance.

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Good Adhesion with Iron & Steel Substrates

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Heat Resistance(800℃)

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Protection  of  Steel  in  Serious  Environments

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Raw Material of  Water-based Inorganic  Zinc Primer in  Heavy Duty Anti-corrosion

 

Product Data

 Solution Properties

 

SN-312

L-55

 Appearance

Clear or yellowish Solution

 Main Ingredients

Alkali metal oxides,  Silicate

 Other Additives

<1%

 PH

10 – 13

 Solid content

28-32 %

25%min

 Diluent

Water

 Specific Gravity (25 ℃)

1.20-1.30

 Viscosity (cp)(25 ℃)

Below 100

 Flash point

NA

 Shelf Life(5-35 ℃)

18 months

 

Water-based Inorganic Zinc Coating with SN-312

Product Description:  Heavy Duty Anti-Corrosion Coating

Physical Properties:

 Finish &  Color

 Flat,  Light Gray

 Components

 2(Liquid & Powder)

 Solid Content

 > 78 wt.%

 VOC

 0 g/L

 Zinc Content in Dry Film

 > 90 wt.%

 Heat Resistance

 400℃(Continuous), 800℃(Instantly)

 Flash Point

 Non flammable

 

 Application Data

 Apply over

 Prepared sand bluster steel

 Surface Preparation

 SSPC-SP5 or 10

 Mixing Ratio (Wt.)

SN312 : Zinc Powder = 1:2.8(Wt.)

 Applied Method

 Airless or Air Spray

 Film Thickness

 Dry 75μM

 Touch & Dry (25℃)

 Touch 20 mins

 Dry 2 hrs

Water resistance 12 hrs later

 Theoretical coverage

 2.8 M2/Kg(75μM)

 Pot Life

 12 hours

 

Performance Data

Water-based Inorganic Zinc Coating with SN-312

Technical Specification

Results

Standard

 Salt Spray

 (35,5%NaCl, 500Hrs)

No Variation

ASTM B117

  ASTM D1654

 Adhesion

4B

ASTM D3359 B

 Heat Resistance(400, 48hrs)

No Variation

CNS 4937,11584

 Accelerated Weathering

 (UV, 1000 hrs)

No Variation

ASTM G53

  ASTM D659

 

 

 

Coating System  for Anti-Corrosion & Anti-Stain of Constructed Steel

 

Coating System  for Anti-Corrosion & Anti-Stain of Constructed Steel
 Advantages:

Complete Inorganic Coating

High Temperature Resistance(800)

Excellent Resistance to Environmental Corrosion

Super Weathering & Anti-Corrosion

Better Gloss & Appearance Retention

Stain Resistance

 Typical Uses

Structural Steel

Transportation Equipments

Chemical Plant Equipments

Bridges, Ships, Stacks, Oil Tanks, Piping, etc.,

 Color : Colorable

 

Coating System for Anti-Corrosion & Anti-Stain of Constructed Steel

Application Data

Primer

Finish Coat

Binders

SN-312

SN-506N/SN-507H

Finish

matt

Gloss

Color

Light grey

clear

Components

2 packs

2 pack

Coats

2

1

Film Thickness

Wet 75μm

Dry 45μm

Wet 40μm

Dry10μm

Touch & Dry (25)

Touch 20 mins

Dry 2 hrs

Touch 30~60 mins

Dry 4hrs
Hardened 7days

Theoretical coverage

2.6 M2/Kg (80μm)

18 M2/Kg  (15μm)

Pot Life

8 hours

3 days

 

 

Coating  Examples By Water-based Metal Silicate Binders

 Formosa Petrochemical Co., Taiwan

Poly-alkylene Plant

1. Substrate : Carbon Steel
2. Coating System : SN-306
(Water-based Inorganic Zinc Coating)
3. Features: Anti-corrosion

Ji – Nan  Steel  Company, China

Stacks

11. Substrate : Carbon Steel
2. Coating System : SN-306
(Water-based Inorganic Zinc Coating)
3. Features: Anti-corrosion

China Petroleum Co.,  Taiwan

Oil Tank

1. Substrate : Carbon Steel
2. Coating System : SN-306
(Water-based Inorganic Zinc Coating)
3. Features: Anti-corrosion

Taiwan  Warehouse Co.,

Storage Tank
1. Substrate : Carbon Steel
2. Coating System : SN-306
(Water-based Inorganic Zinc Coating)
3. Features: Anti-corrosion