EPOXY MULTI-PURPOSE PRIMER EP-116

EPOXY MULTI-PURPOSE PRIMER EP-116

Specification Data

Product Number

Type

EP-116

The two-pack, universal anticorrosion primer based on epoxy resin, hardener and special pigments.

Uses

Used for the new building system or the maintenance system, including ship’s all areas such as

ballast tank, underwater hull, topside, deck, cargo tank, oil tank, superstructure, interior etc. Also

used for anticorrosion engineering of steel structure such as chemical factories, bridges, power

plants, inlet and outlet pipes, drains and sewers etc.

Characteristics

1. Simplified procedure, convenient application, unique long terms anticorrosive performance.

2. Excellent anticorrosion and adhesion, widely used for shop primer, steel plate (sand-blasted or mechanical surface preparation), aluminum, stainless steel, galvanized steel etc.

3. Can be coated with epoxy or polyurethane paint well.

4. Excellent resistance to mechanical damage.

5. Excellent resistance to sea water and corrosion, suitable for steel and non-ferrous metal.

6. Easy application, very fast drying, available for all year round.

Color

Yellowish Green, Grey, Red Oxide

Finish

Density

Viscosity

Flat

Above 1.3Kg/L

Approx. 120KU (mixture, 25℃)

VOC Values

Volume Solids

402 g/L.

60%(mixture)

Theoretical Coverage

30.3 m2/Gal (325.9 ft2/Gal)8.0 m2/L (86.1ft2/L)(Dry film=3mils)

Dry Film Thickness

Subsequent Coats

3~8 mils (75~200 microns)

Epoxy, Polyurethane (UP-450, UP-04), Acrylic, Chlorinated Rubber, Vinyl or Fire-retardant Paint

Repair

Overcoating Intervals

Self Repairing

Overcoating table for two-pack type epoxy paint:

Substrate temperature

5℃

10℃

20℃

30℃

40℃

Minimum

13

hours

6

hours

2.5

hours

1.5

hours

1

hour

Maximum

(No directly exposed to sunshine)

6

months

6

months

6

months

4

months

3

months

Maximum

(Directly exposed to sunshine)

3

months

3

months

3

months

2

months

2

months

Performance Data

Test Method

System

Results

ISO 20340-09

Ageing test

Blasted Steel

1 ct. EP-116 (50 microns)

1 ct. UP-204 (30 microns)

1 ct. UP-100 (1200 microns)

1 ct. NO.54HB (60 microns)

Pin holes: No pinholes

Adhesion unexposed: 7.3 MPa (ISO 4624-02)

Adhesion: 10.3 MPa (ISO 4624-02)

No blistering (ISO 4628-2-03)

No rusting (ISO 4628-3-03)

No cracking (ISO 4628-4-03)

No flaking (ISO 4628-5-03)

Chalking rating: 1 (ISO 4628-6-03)

Corrosion: 5.49 mm

ISO 20340-09

Ageing test

Blasted Steel

1 ct. EP-116 (50 microns)

1 ct. UP-204 (30 microns)

1 ct. UP-100 (1200 microns)

Pin holes: No pinholes

Adhesion unexposed: 7.3 MPa (ISO 4624-02)

Adhesion: 11.7 MPa (ISO 4624-02)

No blistering (ISO 4628-2-03)

No rusting (ISO 4628-3-03)

No cracking (ISO 4628-4-03)

No flaking (ISO 4628-5-03)

Corrosion: 4.38 mm

ISO 2812-2-07

Sea water immersion test

Blasted Steel

1 ct. EP-116 (50 microns)

1 ct. UP-204 (30 microns)

1 ct. UP-100 (1200 microns)

Pin holes: No pinholes

Adhesion unexposed: 7.3 MPa (ISO 4624-02)

Adhesion: 10.9 MPa (ISO 4624-02)

No blistering (ISO 4628-2-03)

No rusting (ISO 4628-3-03)

No cracking (ISO 4628-4-03)

No flaking (ISO 4628-5-03)

Corrosion: 2.31 mm

ISO 15711-03

Cathodic disbanding test method A

Blasted Steel

1 ct. EP-116 (50 microns)

1 ct. UP-204 (30 microns)

1 ct. UP-100 (1200 microns)

Pin holes: No pinholes

Adhesion unexposed: 7.3 MPa (ISO 4624-02)

Adhesion: 11.6 MPa (ISO 4624-02)

No blistering (ISO 4628-2-03)

No rusting (ISO 4628-3-03)

No cracking (ISO 4628-4-03)

No flaking (ISO 4628-5-03)

Disbonding: 0 mm

ISO 2812-2-07

Sea water immersion test

Blasted Steel

1 ct. EP-116 (60 microns)

2 ct. EP-988 (240 microns)

1 ct. NO.54HB (60 microns)

Pin holes: No pinholes

Adhesion unexposed: 14.9 MPa (ISO 4624-02)

Adhesion: 18.1 MPa (ISO 4624-02)

No blistering (ISO 4628-2-03)

No rusting (ISO 4628-3-03)

No cracking (ISO 4628-4-03)

No flaking (ISO 4628-5-03)

Corrosion: 2.94 mm

ISO 15711-03

Cathodic disbanding test method A

Blasted Steel

1 ct. EP-116 (60 microns)

2 ct. EP-988 (240 microns)

1 ct. NO.54HB (60 microns)

Pin holes: No pinholes

Adhesion unexposed: 14.9 MPa (ISO 4624-02)

Adhesion: 14.0 MPa (ISO 4624-02)

No blistering (ISO 4628-2-03)

No rusting (ISO 4628-3-03)

No cracking (ISO 4628-4-03)

No flaking (ISO 4628-5-03)

Disbonding: 0 mm

Test Method

System

Results

ISO 2812-2-07

Sea water immersion test

Blasted Steel

1 ct. EP-116 (60 microns)

2 ct. EP-988 (270 microns)

Pin holes: No pinholes

Adhesion unexposed: 19.9 MPa (ISO 4624-02)

Adhesion: 22.4 MPa (ISO 4624-02)

No blistering (ISO 4628-2-03)

No rusting (ISO 4628-3-03)

No cracking (ISO 4628-4-03)

No flaking (ISO 4628-5-03)

Corrosion: 3.43 mm

ISO 15711-03

Cathodic disbanding test method A

Blasted Steel

1 ct. EP-116 (60 microns)

2 ct. EP-988 (270 microns)

Pin holes: No pinholes

Adhesion unexposed: 19.9 MPa (ISO 4624-02)

Adhesion: 19.1 MPa (ISO 4624-02)

No blistering (ISO 4628-2-03)

No rusting (ISO 4628-3-03)

No cracking (ISO 4628-4-03)

No flaking (ISO 4628-5-03)

Disbonding: 0 mm

Test reports and additional data available upon written request.

Certification

˙NORSOK M-501, Rev.6, System NO.1(EP-116+UP-204+UP-100+NO.54HB) :

DNVGL Type Examination Certificate: Certificate Number K-6347 Date 12 JUN 2015

CCS-DNV Technical Report: Report Number CDTI-CL-15F009 Date 03 APR 2015

˙NORSOK M-501, Rev.6, System NO.7A (EP-116+UP-204+UP-100):

DNVGL Type Examination Certificate: Certificate Number K-6343 Date 12 JUN 2015

CCS-DNV Technical Report: Report Number CDTI-CL-15F005 Date 07 APR 2015

˙NORSOK M-501, Rev.6, System NO.7B (EP-116+EP-988+NO.54HB):

DNVGL Type Examination Certificate: Certificate Number K-6346 Date 12 JUN 2015

CCS-DNV Technical Report: Report Number CDTI-CL-15F008 Date 07 APR 2015

˙NORSOK M-501, Rev.6, System NO.7B (EP-116+EP-988):

DNVGL Type Examination Certificate: Certificate Number K-6344 Date 12 JUN 2015

CCS-DNV Technical Report: Report Number CDTI-CL-15F006 Date 03 APR 2015

Application Instruction

˙Surface preparation

General

Remove dirt, dust, oil and all other contaminants that could interfere with adhesion of the coating.

Surfaces must be clean and dry. Moisture, grease, sludge, dust, corrosive salt must be thoroughly cleaned from substrate.

Steel

Primed Surfaces

Areas of

Breakdown and

Damage

Surface preparation standards can use SSPC-SP10 or Sa2 1/2 (ISO 8501-1:2007).

EP-116 should always be applied over a recommended anti-corrosive coating scheme. The primer surface should be dry and free from all contamination and EP-116 must be applied within the overcoating intervals specified (consult the relevant product data sheet).

It should be prepared to the specified standard (Sa2 1/2 (ISO 8501-1:2007) or SSPC-SP6, Abrasive Blasting or SSPC-SP11, Power Tool Cleaning) and patch primed prior to the application of EP-116.

˙Mixing & Thinning

Mixing

Thinning

Mixing Ratio

Pot life

Mix base and hardener according to the mixing ratio and stir thoroughly.

Use Epoxy Thinner (SP-12) to thin up 5-10%.

Base : Hardener = 80 : 20 (by volume) 86 : 14(by weight.)

6 hrs at 25℃( mixture, 77℉)

˙Equipment

Spray Application

Airless

Spray





Brush

Roller

Avoid applying the paint in rainy weather or the relative humidity exceed 85%, particularly, a wet surface must be thoroughly dried. All equipment must be cleaned immediately after use. To increase or decrease the usage of thinner depending on the temperature of the coated surface, the temperature decreased may have to add more amount of thinner

Pump ratio 60:1 or greater

Tip size : 0.029’’~ 0.035’’

Input PSI: 85Output PSI : 2800~4000.

Thinning rate: 0~10%.

Application by brush is applicable. Thinning rate: 0~5%.

For special condition please consult with product manufacturer.

Application by brush is applicable. Thinning rate: 0~5%.

For special condition please consult with product manufacturer.

˙Environment conditions

Condition

Coating

Surface

Environment

Humidity

Minimum

10℃ (50℉)

10℃ (50℉)

10℃ (50℉)

30%

Maximum

35℃ (95℉)

55℃ (131℉)

45℃ (113℉)

85%

Industry standards are for substrate temperatures to be 3℃(5℉) above the dew point . the product simply requires

the substrate temperature to be above the dew point.

˙Curing Schedule

Surface Temp. &

50% Relative Humidity

Dry to Handle

Dry Hard

10℃ (50℉)

6 hours

24 hours

15℃ (59℉)

3 hours

16 hours

25℃ (77℉)

1.5 hours

4 hours

35℃ (95℉)

1 hours

2 hours

˙Cleanup & Safety

Cleanup

Safety

Ventilation

Use Epoxy Thinner (SP-12) to clean. In case of spillage, absorb and dispose of in accordance with local applicable regulations.

Please read and follow all caution statements on this product data sheet and SDS for this product.

Proper ventilation and protective measures must be provided during application and drying to keep solvent vapor concentrations within safe limits and to protect against toxic or oxygen deficient hazards.

˙Package, Handling & Storage

Shelf Life

Shipping

Weight

Storage

Temperature &

Humidity

Flash Point

Storage

Part A :Minimum 2 years under normal storage conditions

Part B :Minimum 1 years under normal storage conditions

Part A : 1 Gallon - 4.2kg5 Gallon - 21.0kg

Part B : 1 Gallon - 0.7kg5 Gallon - 3.5kg

5-35℃ (41-95℉)

0-90% Relative Humidity

26℃

Store in cool ventilated place, do not exposed to the sun in outdoor to avoid affecting the quality.