PRATIX® HP 30
PRATIX® HP 30 is a cement-based, fibre-reinforced fine plaster mortar prepared for manual application on interior and exterior surfaces. It is used for levelling surfaces that have received a base coat, for repairing existing plasters and for thin-layer plaster applications.
Complies with class GP CS III W1 according to EN 998-1.
GP: General purpose rendering and plastering mortar
CS III: Compressive strength class
W1: Reduced capillary water absorption
Areas of Use
• For levelling base-coated surfaces and repairing existing plasters
• For plastering and repairing concrete, brick and similar surfaces indoors and outdoors
• For wall and ceiling plasters
• For repairing joints in natural stone, brick and masonry walls
Advantages
• Easy to prepare and apply
• Does not sag on vertical surfaces and provides high adhesion
• Long working time
• Produces a smooth, paint-ready surface in a thin layer
• Resistant to freeze-thaw cycles
|
General Information |
|
|
Material composition |
Cement, mineral fillers and special chemical admixtures |
|
Appearance |
Grey powder |
|
Average dry bulk density |
1500 ± 100 kg/m³ |
|
Max. grain size |
≤ 0.8 mm |
|
Performance Data |
|
|
Compressive strength class (EN 1015-11, 28 days) |
≥ 4 N/mm² (CS III) |
|
Adhesive strength (EN 1015-12) |
≥ 0.3 N/mm² |
|
Fracture pattern (EN 1015-12) |
FP: B |
|
Capillary water absorption (EN 1015-18) |
W1 – c ≤ 0.40 kg/m²·min0.5 |
|
Water vapour diffusion resistance coefficient (EN 1015-19) |
μ ~10 – 25 |
|
Thermal conductivity (EN 1745) |
0.6 – 0.8 W/mK |
|
Application Data |
|
|
Application temperature |
+5°C / +30°C |
|
Mixing ratio (water / powder) |
~0.23 L water / 1 kg powder ~9.2 L water / 40 kg powder |
|
Pot life |
~30 minutes |
|
Consumption |
~14 kg/m² (for 10 mm thickness) |
|
Safety Data |
|
|
Reaction to fire class (EN 13501-1) |
A1 |
|
Hazardous substances |
Refer to SDS |
The stated technical values were obtained at an ambient temperature of +23°C and 50% relative humidity. Higher temperatures shorten these times, lower temperatures extend them.