Technical data dichtol WF 49 #1849

Application

dip x

brush x

inject x

spray x

Surface temperature for application [max.] 40°C

Exposure time [min.]

up to 5 mm wall thickness 10

5 - 10 mm 15

10 - 15 mm 20

> 15 mm 40

Curing at + 20°C [hours]load-bearing capacity light (full)

Surface drying [min.] 45

up to 5 mm wall thickness 8 (16)

5 - 10 mm 10 (20)

10 - 15 mm 12 (24)

> 15 mm 16 (32)

Technical data

Pore Size [mm] 0 - 0.5 (depending on the setting)

Continuous temperature resistance [°C] -40 / +200

Short-term. Temperature resistance [°C] -40 / +220

Viscosity DIN4 cup, + 23°CISO 2431 (4 mm nozzle) [sec.] varies according to mixture

RemainingSurface layer thickness [μm] 3 - 20 (depending on the setting)

All material values are average values and vary due to the mixing ratio, the amount of material and the environmental conditions. The values stated are based on testing under normal conditions (STP) + 20 ° C and 1013 mbar.

Pore Ø(mm)

Mixing ratio(by weight)

Viscosity DIN 2mm / 20°C

Densityg / ml

Solid body weight

0 - 0.1 1:4 42 Seconds 0.900 approx 13.0%

0.1 - 0.5 1:3 48 Seconds 0.915 approx 17.5%

> 0.5 1:2 60 Seconds 0.930 approx 25.5%

Resistance listChemicals Conc. in % WF 49acetate x

acetylene x

alkanes x

alcohols x

animal based oils x

brake oil x

citric acid x

crude oil x

cutting oil x

diesel fuels x

diethyl ether ─

engine oil x

glycol x

hydraulic fluid x

hydrocarbons x

aromatics x

hydrochloric acid < 20 ○

hydrochloric acid > 20 x

keton ○

kerosene x

lubricating oil x

machine oil x

machinefat x

natural gas x

nitric acid ○

petrol x

phthalates x

plantbase oils x

potassium chloride, hs x

potassium hydroxide x

potassium phosphate x

salicylic acid x

sulphuric acid < 20 ○

sulphuric acid > 20 x

Nomenclature: hs = aqueous solution / conc. = ConcentrationSymbols: x = stable / ○ = conditionally stable / ─ = unstableThe measurements were carried out at a temperature of 20°C.Individual examinations can be carried out after consultation.