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5085 BANNOH 1500 QD Epoxy

Quick Specs

5085 BANNOH 1500 QD Epoxy belongs to epoxy coatings. It provides good adhesion, a tough film, abrasion resistance and many other physical properties, as well as excellent flexibility, seawater corrosion resistance and cathodic protection resistance. Parameters on this page: volume solids 73 ± 2% (ISO: 3233), dry film thickness 75–250 µm, theoretical spreading rate 0.103–0.342 L/m2. Comparable products of the same brand and type: 5006 ALP 500 Epoxy, 5055 BANNOH 500 Epoxy, 5055D BANNOH 500 AC Epoxy.

Parameter source: CMP original technical data sheet (TDS) \"5085 BANNOH 1500 QD Epoxy\"; values such as spreading rate are converted from TDS parameters and are for product selection reference only.
The above content is compiled from the manufacturer's datasheet and this site's parameter tables. For selection, coating systems and lead times, pleaseContact Usfor confirmation.

This page carries the full TDS for this product, translated from the manufacturer's original document. No file download is needed; for an original-language copy, send an enquiry.

Volume Solids73 ± 2% (ISO: 3233)
Dry Film Thickness75–250 µm
Theoretical Spreading Rate0.103-0.342 L/m2
VOC286 g/L (Method 24)
Density / Specific Gravity1.40 g/mL (ISO: 2811)
Number of ComponentsTwo-component
ThinnerEPOXY THINNER A
Mixing RatioBase : curing agent = 79:21 (by volume)
Colour / AppearanceGrey, light grey, red-brown, cream yellow, white, black

Browse Similar Models by CategoryThis model belongs to: Epoxy

FAQ

How many components does 5085 BANNOH 1500 QD have?
5085 BANNOH 1500 QD is a two-component product; mix according to the mixing ratio in the \"Coating Data\" table on this page before use.
What is the mixing ratio of 5085 BANNOH 1500 QD?
The mixing ratio of 5085 BANNOH 1500 QD is Base : Hardener = 79:21 (by volume).
What dry film thickness is typically applied for 5085 BANNOH 1500 QD?
The conventional dry film thickness of 5085 BANNOH 1500 QD is 75–250 µm; the specific value is determined by the coating system and design requirements.
What is the theoretical spreading rate of 5085 BANNOH 1500 QD?
The theoretical spreading rate of 5085 BANNOH 1500 QD is 0.103–0.342 L/m2; the actual consumption is adjusted according to substrate roughness, application loss and colour hiding power.
What is the volume solids of 5085 BANNOH 1500 QD?
The volume solids of 5085 BANNOH 1500 QD is 73 ± 2% (ISO: 3233).
What is the VOC of 5085 BANNOH 1500 QD?
The VOC of 5085 BANNOH 1500 QD is 286 g/L (Method 24).
Which thinner is used for 5085 BANNOH 1500 QD?
Recommended thinner for 5085 BANNOH 1500 QD: EPOXY THINNER A.
What is the flash point of 5085 BANNOH 1500 QD?
The flash point of 5085 BANNOH 1500 QD is Base 28 °C, Hardener 27.4 °C. Storage, transport and application shall be carried out in accordance with the product safety data sheet.
How long does 5085 BANNOH 1500 QD take to dry?
Drying time of 5085 BANNOH 1500 QD under standard conditions: drying time, touch dry; actual results are affected by temperature, film thickness and ventilation.
Which standards are involved for 5085 BANNOH 1500 QD?
As recorded in the technical data on this page: remove the damaged areas by abrasive means to at least the Sa2 standard (ISO 8507-1 2007), or with power tools to St3 (ISO 8507-1 2007). Specific applicability is subject to the manufacturer's technical data sheet and the coating system.
Where can 5085 BANNOH 1500 QD be purchased?
RichTech Industrial Technology (Shanghai) Co., Ltd. distributes industrial and marine coatings, representing brands including JOTUN, HEMPEL, International, PPG and KANSAI, and provides product selection, coating systems and quantity calculations. Company address: Changhui Building, 799 Yinxiang Road, Jiading District, Shanghai.

BANNOH 1500 QD is a multi-purpose primer. It has good adhesion, a tough film, abrasion resistance and many other physical properties, and provides excellent flexibility, seawater corrosion resistance and cathodic protection resistance.

This product is an IMO PSPC-certified coating for WBT and COT and is suitable for many areas of the hull. It can also be applied under cold climate conditions.

Technical data

TypeEpoxy
UseFor anti-corrosion of hull shell, superstructures, external decks and ballast tanks

Documents

Mixing RatioBase : curing agent = 79:21 (by volume)
ColourGrey, light grey, red-brown, cream yellow, white, black
Flash PointBase 28 °C, curing agent 27.4 °C
Density1.40 g/mL (ISO: 2811)
Volume Solids73 ± 2% (ISO: 3233)
Volatile organic compound content286 g/L (Method 24)
Theoretical spreading rate0.103-0.342 L/m2
ThicknessWFT 103–342 µm
Dry film75–250 µm

(dry film 200 µm)

Temperature-5 °C0 °C5 °C10 °C20 °C30 °C
Drying TimeSurface Dry15 h10 h9 h7 h3 h1.5 h
Hard Dry36 h24 h20 h14 h8 h3.5 h
Recoat intervalAt least36 h24 h20 h14 h8 h3.5 h
At most****
Pot life7 h5 h3.5 h2 h1 h

Application conditions

Application methodAirless spray, brush
WeatherTemperature: minimum -5 °C
HumidityMaximum 85% RH
Apply by airless sprayViscosity: 1.6–2.0 Pa·s
NozzleGraco519-723
Paint output pressure15-25 Mpa
Spray gun speed60–80 cm/s
ThinnerEPOXY THINNER A
Thinning0–15% by volume

Recommended surface preparation

NewbuildingFollow the shipyard standard or the IMO PSPC standard. Consult your CMP representative for advice.
Repair and maintenanceRemove oil and grease, etc. Remove salts and other contaminants with high-pressure fresh water, then dry completely. Use abrasive
material to remove damaged areas to at least Sa2 (ISO 8507-12007) or use power tools to achieve St3
(ISO 8507-12007). For areas required to comply with IMO PSPC, operate strictly in accordance with the regulation.
Rinse with waterConsult your CMP representative for advice.

Surface Preparation

The type and degree depend on the actual condition of the material and the required performance.

Use standards consistent with the Worldwide Marine Specifications.

Preceding coatCERABOND 2000, EPICON ZINC RICH PRIMER B-2, among others
Subsequent coatBANNOH 500 N, BANNOH 1500 N, EPICON FINISH HB, etc.
PackagingTwo-component

Note: 1. Consult the CMP sales department.

2. To remove volatilised solvent and promote film formation during application and drying, ventilation is necessary.

3. Stir the base with a power mixer until homogeneous, then stir all of the curing agent and base thoroughly. Finally, add the appropriate amount of thinner and mix thoroughly.

4. Excessive thinner reduces the sag resistance and physical properties of the paint film.

5 Application can be carried out at temperatures below -5 °C, but film formation will take longer, and complete film formation requires waiting until the temperature rises.

6. Waiting time before first cargo loading

Film thickness/temperature5°C10°C20°C
200 µm (days)25169
350 µm (days)372414

7 Density, solids content and volatile organic compound content are calculated without thinner. These values vary depending on colour, production process and local regulations.

Information is subject to the manufacturer's latest version; the manufacturer's latest TDS prevails.
The technical parameters on this page are taken from the product's original manufacturer technical datasheet, the copyright of which belongs to the manufacturer. If a rights holder considers the presentation inappropriate, contact us for verification and handling.

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Purchase & Documents

Packaging specifications and batch lead times are subject to actual availability. PleaseContact Uscontact us for project-based calculation.

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