Product Overview
UltraFloor DPM IT is a two-component, solvent-free epoxy resin system for use as a surface damp proof membrane and as a screed bonding aid (primer) for industrial flooring applications. DPM IT has been designed to provide protection against subfloor moisture and as a primer for bonded screed installations.
Please Note: Due to being liquid these materials are not insured when sent by courier. *Free Shipping does not apply to this product.
Coverage
When using as a single coat surface DPM: 9m2 – 12m2 (5kg) 18m2 – 24m2 (10kg). Two-coat UltraFloor DPM IT applications where applicable, should each be applied at a coverage rate of between 13.75 – 15m2 per 5kg unit or 27.5m2-30m2 per 10kg unit, depending on surface regularity. This should only be used as guidance.
Why Use DPM IT?
It is suitable for use as a DPM to suppress residual moisture in concrete and sand/cement screeds where the moisture levels are 98% RH or less when tested with a properly calibrated surface hygrometer in accordance with BS 8203.
As a two-coat application, it may be used on subfloors where there is an absence of a constructional base DPM, provided there is no hydrostatic pressure. In some circumstances, it may be used over cementitious screeds incorporating warm water underfloor heating systems. It is also ideal for use as a primer/screed bonding agent for installations of polymer modified and proprietary cementitious screeds.
NOTE: UltraFloor DPM IT should not be used in projects where hydrostatic pressure is a concern. In such cases, the use of pressure relief drainage and/or external tanking systems must be the primary method of protection against moisture.
Please see the datasheet under the Downloads tab for more information.
DPM IT Specification
- Surface DPM
- Two-part epoxy resin system
- Primer for bonded screed applications
- Fast cure system
- Dual-chamber packaging
- 98% RH floor moisture tolerance
- Pot life 45-75 minutes
- Cure time 5 hours
- Internal floors
- Size: 5kg and 10kg units
- Coverage will vary depending on surface regularity and porosity
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