One Coat Damp Proof Membrane and Residual Moisture Suppressant. ARDEX DPM 1 C is a one coat, solvent free, low viscosity, two component epoxy resin. After hardening, ARDEX DPM 1 C produces a membrane which can accommodate hygrometer readings up to 98% with high inherent bond strength. ARDEX DPM 1 C has excellent resistance to water, grease, oil, aqueous salt solution and dilute mineral and organic acids.
Features:
- Protects the final floor covering from residual construction moisture and rising damp
- Can be applied where a structural damp proof membrane is not present or is ineffective
- Suitable for use on surfaces with the highest measurable levels of moisture content (up to 98% RH)
- Suitable for use on Anhydrite/Calcium Sulphate based screeds
- Adheres to saturated concrete even at lower temperatures
- Can receive ARDEX Smoothing and Levelling Compounds in as little as 6 hours
- Suitable for use on cement/sand screeds containing water based under floor heating systems
- Apply ARDITEX NA directly without priming
Uses:
ARDEX DPM 1 C has been specifically developed to provide either a damp proof membrane, or to suppress residual moisture in concrete slabs and cement/sand screeds which are well compacted and sound, where readings of up to 98% RH are measured. ARDEX DPM 1 C can be used as a damp proof membrane that deals with damp concrete where a structural damp proof membrane is not present or is ineffective, with the risk of ground bearing moisture. A thinner application may be used to suppress residual moisture in concrete slabs and cement/sand screeds which are well compacted and sound, where readings of up to 92% RH are measured. ARDEX DPM 1 C is suitable for use on Calcium Sulphate screeds up to 90% RH, subject to the criteria below. ARDEX DPM 1 C is suitable for heated concrete and cement/sand screeds. The surface temperature should not exceed 27°C in accordance with BS 8203 and BS 5325.
Packaging:
6kg, 10kg and 25kg units of ARDEX DPM 1C are supplied in pre-gauged metal duo containers. The hardener (Component B) is in the small container and the resin (Component A) is in the large container with room to mix in the hardener (Component B).
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