Thermoplastic Road Marking Paint

  • Hot Melt Traffic Paints
  • Hot Melt Traffic Paints
  • Hot Melt Traffic Paints
  • Hot Melt Traffic Paints
  • Hot Melt Traffic Paints
Hot Melt Traffic PaintsHot Melt Traffic PaintsHot Melt Traffic PaintsHot Melt Traffic PaintsHot Melt Traffic Paints

Hot Melt Traffic Paints

  • Product description: Thermoplastic Paints, BS 3262 Thermoplastic, EN1871 Thermoplastic, AASHTO M249 thermoplastic Paint, Titanium Dioxide Rutile for thermoplastic paint, C5 Hydrocarbon Resin (C5 HC resin) for thermoplasti
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Thermoplastic Paints, BS 3262 Thermoplastic, EN1871 Thermoplastic, AASHTO M249 thermoplastic Paint, Titanium Dioxide Rutile for thermoplastic paint, C5 Hydrocarbon Resin (C5 HC resin) for thermoplastic, PE Wax for thermoplastic, Medium Chrome YELLOW for thermoplastic Yellow color, Thermoplastic paint Raw materials,Thermoplastic road pavement marking, road maring material, traffic marking paint

THERMOPLASTIC ROAD MARKING PAINTS
EN 1871:2000

TECHNICAL DATA SHEET (TDS)

WHITE & YELLOW

General

This specification / requirements is covering the purchase of reflective thermoplastic paint for road marking for white and yellow color lines and horizontal traffic signs.

Material

The materials shall comply with the EN 1871:2000 standard – Road marking materials physical properties.

Technical Characteristics

Characteristic, Relative Paragraph of ΕΝ 1871:

White

Yellow

Chromatic coordinates - 4.2.1.1

Table 2-White

Table 2-Yellow

Class of luminance Factor β, 4.2.2.1 -Table 5

LF4(β≥0,70)

LF1(β≥0,40)

Softening Point,4.2.1.2 - Table 6

SP3((≥95°C)

SP3((≥95°C)

Cold Impact,4.2.1.4 - Table 7

Cl2

Cl2

UV Aging,4.2.1.5-Luminance Factor-Table 3

UV1((Δβ≤0,05)

UV1((Δβ≤0,05)

UV Aging,4.2.1.5-Chromaticity Coordinates-Table 2

Table 2-White

Table 2-Yellow

Heat Stability,4.2.3.1- Chromaticity Coordinates - Table 2

Table 2-White

Table 2-Yellow

Heat Stability,4.2.3.2 - Softening Point

ΔSP≤±10°C

ΔSP≤±10°C

Weather Resistant,4.2.2.4 - Table 9

TW2( 2,5 – 5,0)

TW2( 2,5 – 5,0)

Weather Resistant(after UV aging) 4.2.3.6 -         Table 10

TWU1(0 to 0.5)

TWU1(0 to 0.5)

Additional to the above requirements the offered thermoplastic paint shall appear the below properties / performance, in use that are designated in EN 1436:2007 +A1 Road Marking Materials – Road Marking Performance for road Users:

Characteristic, Relative Paragraph of ΕΝ 1436:

White

Yellow

Luminance coefficient under diffuse illumination in dry conditions

4.2.2 Table 1

Q3 (Qd≥130)

Q2(Qd≥100)

Retroreflection under vehicle headlamp illumination, Dry road Markings, 4.3, Table 3

R4(RL≥200)

R3(RL≥150)

Chromatic coordinates, 4.4, Table 6.

Table 6-White

Table 6-Yellow class Y1

Skid Resistance.4.5, Table 7

S2(SRT≥45)

S2(SRT≥45)

Composition of the thermoplastic paint

The pigment, the glass bead the filler shall be uniformly spread in the resin and complies to the below Table:-

Composition of the thermoplastic paint % per mass

Component

White

Yellow

Red

Binder

18.0 min

18.0 min

18.0 min

Glass Beads – According the

ΕΝ 1424:1997/A1:2003

30-40

30-40

30-40

Calcium Carbonate and inert Fillers

42 max

42 max

42 max

Titanium Dioxide – According to ASTM D476 Type II(Rutile)

10.0 min

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The granulometry of the glass beads that are spread in the thermoplastic paints shall be as per below Table:

Sieves ISO 565:1990 R 40/3 - μm

Cumulative retained mass (%)

710

0-2

600

0-10

355

30-70

212

70-100

125

95-100

The maximum acceptable of faulty glass beads shall be 20% per weight.

The reflective coefficient shall be above 1.5.



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