Very low-viscosity high-performance polymer for infiltration, impregnation and sealing
42,60 € incl. VAT.
plus shipping costs
EAN: 4262367790086
Weight | 0,56 kg |
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dichtol AM Spray is a ready-to-use impregnation system based on a special polymer formulation. By using the practical spray can, dichtol AM Spray enables simple and reliable impregnation of leaking components. The smallest pores from 0 to 0.1 mm can be sealed. This enables high pressure tightness, even with difficult object structures. In the case of locally known leaks, spot impregnation ensures efficient use of material. The direct application on site also eliminates long waiting and delivery times.
Properties
License for 3D printing
Efficient material consumption
Temporary corrosion and transport protection
Tested for drinking water and foodstuffs
(Hygiene Institute Gelsenkirchen)
Typical applications
Capillary-active deep impregnation of micropores, hairline cracks and porosities
Selective serial impregnation
Individual impregnation (of large components)
Storage / Shelf life
Store in the original, unopened container in a dry, cool and frost-free place (+5°C to +30°C). Shelf life 5 years.
Processing / Preparation
Dirt residues, foreign bodies, grease and other substances must be completely removed from the pores to be sealed. We recommend the use of DIAMANT Cleaner #1417 for this purpose.
Application
The object or application temperature should not exceed +40°C, otherwise the penetration behavior of the polymer may be reduced.
Brushing & spraying
Apply dichtol in 4 steps at intervals of approx. 1 minute and keep the surface moist for at least 5 minutes.
Injecting & filling
Inject dichtol into the area to be sealed (e.g. blind hole, threaded hole, cooling channel, etc.) and allow to react for at least 5 minutes. Then pour off excess material if necessary.
Immersion
Completely immerse the component to be treated in dichtol. After an exposure time of at least 5 minutes, remove the component and allow to drain well.
Curing
dichtol AM hardens within a short time. Please refer to the table for the exact times. We differentiate the curing in three stages:
Surface hardening = time from which the material is firm to the touch and can be moved
Mechanical through-hardening = time from which the material can be worked mechanically
Full curing = time from which the material has reached its full chemical resistance
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