Эпоксиден Флор Антислип

Epoxyden floor Anti-slipping

Thin layer floor paint with quartz grain

Upper top coat floor epoxy paint used as a final protective anti-slipping layer for passages and stair floors that are in a moist and salty environment, which has a possibility of slipping from wetness or grease, that is suitable for coating kitchen, garages, and industrial floors. This produced comes in 100 microns dry film,

Properties:

  • Has an excellent adhering ability to Epoxyden floor primer, Ship
  • High mechanical
  • High endurance against
  • Durable in extreme humid
  • High anti-slipping attribute as a result of the rough surface that is
  • It is possible to spread a number of layers of 25-40 microns each or 100
  • Durable in dry heat of 200°C for short periods of time and durable in up to 130°C for long periods of

 

Applications:

  • Final top layer for concrete and metal surfaces including passages and
  • Appropriate for electric, coal, nuclear power stations
  • Appropriate for industries where there are wet concrete
  • Appropriate for water dams and reservoirs, pumping stations, pumps and wells on moist walking
  • Appropriate for chemical industries with metal constructions on the roof, walls, passages and
  • Appropriate for buildings, faculties and metal equipment that are near oceans or seas, walking passages in a humid
  • Appropriate for coating concrete floors in garages and industrial buildings.
  • Appropriate for industrial floors that need to keep a high level of sanitation such as electric, food, medicine and industries.
  • Appropriate for floors in large kitchens, slaughterhouses and large
  • Appropriate for institutions, storerooms, warehouses, parking lots and

Technical specifications:

  • Theoretical coverage: 1 liter for 8-18 sqm.
  • Recommended layering dry thickness: 40-100 micron (50-150 wet layer) according to the required durability and slip resist.
  • Recommended number of layers: 2
  • Mixing ratio: 5:1
  • 40 micron dry film demand: 1 liter for 15-18sqm
  • Solids : 65%
  • Flash point: 27°C,
  • Density: 3-1.6 gm/cm3 (DIN 51575)
  • Hardness: > 3 Dg (Erichsen)
  • Flexibility: 100 micron layer- l mm (SHEEN). (DIN 53457 N/mm2720%)
  • Viscosity: 5- 2.3 Pa.sec (HAAKE).
  • Adhesion to concrete: stronger than the concrete, create cracks in the concrete while

Waiting period before painting:

 

l 5°C 30 min.
20°c 15 min.
25°C 10 min.

 

Pot Life span after mix:

  • 8hours in 20°C

Final erosion:

  • dry film 120 micron — 3000 cycle (Gardener),
  • Erosion endurance: lose under ATSM 4060 (102 micron film , roll CS,-17 1000 gram load, 1000 cycles)

Contains:

  • Special Epoxy
  • High quality pigments,
  • Absorbance’s that are erosion
  • Quartz 0.1-0.3 for slip resistance.
  • Additives
  • Flow

Colors:

  • Any shade according to the 1000 color catalog or

Gloss:

  • Glossy/Silky.

Touch-dry time:

  • 2-3

Waiting period between layers:

  • 16
  • Final: 24 hours,
  • Final hardening: 3- 7 Waiting periods according to the temperature:

 

Temperature Curing time Final cure
5°C 96 hours None
10°c 48 hours 10 days
15o c 30 hours 18 days
20°c 24 hours 7 days
30°C 18 hours 3 days
40°C 12 hours 2 days

 

Application  methods:

  • Spray, brush,

 

Thinning:

  • Brush/Roll 0-5% D-4/100
  • Spray: 0-5% D-4/100 3-4 Pressure, nozzle 1.5 -2.2mm
  • Airless (pressure ratio 1:30) no thinning, 4-5 enter air pressure. nozzle 0.018-0.021” (0.48-0.53mm). Exit pressure 15MPa (150 at., At 2100 p.s.i)

 

Surface preparations:

  • The Surface of the first primer or mid-layers on which applying this layer has to be dry and

Primer:

  • Epoxyden floor primer, Epoxyden ship pimer, Epoxyden primer 450.

Instructions:

  • Mid or primer layer must be clean, dry and ready for coating with this rough epoxyden floor
  • Open carefully the two parts of the paint and stir part A very well to get homogenous blend of the base epoxy with the quartz inside.
  • Pour the required amount of the two parts in ratio 2.5:1,
  • Stir well with a mixer until a homogeneous solution is
  • Wait for at least 15 minutes, mix again and pour the paint into the
  • Spray a thin layer of between 50-80 microns and after 16-24 hour spray another layer or spread with a roller a one 100-150 micron layer.
  • The mixture is good for between 6 to 8 hours
  • After the work wash the equipment with a thinner enable to avoid the hardening of the epoxyden in the equipment that would cause

 

Pot life of 5 liter   mixture:

10°c

14 hours

15°C 10 hours
20°C 8 hours
25°C 7 hours
30°C 6 hours
35°C 4 hours

Ventilation:

The amount of air required of 1 liter paint mixture A+B:

  • To reach 10% LEL = 65 M3
  • To reach the TLV = 990 M3

The amount of air required of 1 liter D-4100 thinner:

  • To reach 10% of LEL = 182 M3
  • To reach the TLV= 21253

Packaging:

  • 6+1.4= 5liters,
  • 13+5 = 18 liter

Storage:

  • Store in a shaded area in a temperature of between 15°C-32°C with proper ventilation.
  • Keep lids tightly closed.

 

Shelf life span:

  • 24 months in its original

 

Equipment cleansing:

  • Use D-4100 thinner immediately after

Quality control:

  • In factory laboratories according to specifications.
  • COA and COC certificate.
  • ISO 9001-2008

Safety precautions:

  • Inedible, keep away from the reach of children.
  • Flammable – keep distant from heated areas, fires, flames, and sparks, Prohibit smoking in working area.
  • While applying, good air ventilation is important. In case there is not enough air, use ventilation according to the ventilation table.
  • Wear protective glasses, gloves and suits.
  • Avoid direct contact of the paint and/or thinner with the eyes and skin. In case of contact, immediately wash thoroughly with water.
  • In case of an injury immediately get doctors assistance.
  • Read the safety instructions on the labels.
  • See M.S.D.S

Warnings:

  • Don’t mix the product with materials which were not recommended by us.
  • Don’t apply if the temperature is under +7°C.
  • Don’t apply if humidity is over 80%
  • When applying with Airless, do not aim it at anybody a direct hit could be fatal at pressures over 150 atm.
  • Read thoroughly the technical data of the product listed in this section; confirm that everything is understood completely, for clarification contacts our tech. department.
  • All information that is listed in this content is a recommendation merely and cannot be applied in the court of law.
  • The costumer must test & check that this product is compatible with his equipment and needs.
  • The information listed in this section is according to the laboratory conditions (temperature, humidity etc.) which the products were tested.
  • The recommendations listed do not hold any responsibility for this product.
  • Theoretical and actual coverage area are different concepts, the actual coverage is affected by the required thickness of the layers, required number of layers, painting conditions including the amount of paint which spread in the air before touching the surface.
  • The information listed in this section is based on experience and accumulating data, Denber inc., has the right to change the information listed at any time.
  • Paints that have been in stagnation or exposed to air more than needed could have their qualities changed.

Clarifications:

  • Storage room temperature 15°C to 25°C.
  • Over Spray: An effect which occurs in the spraying of paints application. A type of «dust» is created by dry gases of the air, which causing the paint particles to fall dry on the surface (hereafter the «effect»). The impact of this «effect» becomes stronger due to over pressure and heat, (most sprayers have a lever to control the   pressure) To avoid the negative impact 0f the «effect», the pressure of the spraying should be lowered to the necessary minimum!. Another possibility is to increase the amount of the thinner in the mixture which would cause the paint particles to fall wetter on the surface.

An additional recommended possibility, to avoid this «effect», is to add a retarder to the mixture which increases the duration period of the painting application , avoiding the paint to  dry up, and enabling it to reach the surface wetter, Thus a better painted smooth  layer is formed.

  • Pot Life: The working time which is possible to paint a mixture of two components, A+B (or more) without spoiling the qualities of the paint or disqualifying the paint as «out of use».
  • Spray: It is possible to spray with a sprayer that has a container holding the paint that sprays it with air pressure.
  • Airless: a device with a piston which compresses the air for spraying paints. The pressure might be high (over 100atm.) Don’t aim it at anyone
  • Surface preparations: the level of cleanness is determined by international standards. Surface preparations, including cleansing sand blasting, is important & critical factor in achieving an optimal result for painting adhesion on a certain surface. These standards are equally compared to the standards of the Swiss SA, the German-Din the U.S SSPC SP For each standard in any level there are indicators, for sale, in order to make visual comparison between the cleansing of the surface and the indicator.

Quality inspection:

  • Prior to the painting on large surfaces it is important to test the product on a small area, to be sure that the paint is compatible with the level of satisfactory.
  • Laboratory testing was made according to the standards institution specifications.
  • This «Data sheet» given as noncommittal information, the product above recommended for professional painting specialists. This information is not a substitute to personal guidance.
  • You must read the MSDS safety instructions before you start working with the product.

Safety instructions and transportation risk levels:

* According to UVV 24 (VGB 32) standards.

  • It is recommended to cover containers and tubes which have flammable substances from ‘A’ group, level: 1, 2, 3, and from group ‘B’.

 

Hardener Thinner Base
Fuel transportation
V b F A 11
Vehicle transportations of dangerous substances
In GGVERID train 3N 31c
Secret material sea transportation CLASS 3.3 CLASS 3.3 CLASS 3.3
  UN no 1866 UN no 1866 UN no 1866