Product Data Sheet Show all documents
SikaProof® P-12

SikaProof® P-12

FPO self adhesive sheet membrane for post-applied fully bonded below ground waterproofing

SikaProof® P-12 is a flexible polyolefin (FPO) self-adhesive sheet membrane for post-applied fully bonded below ground waterproofing of existing reinforced concrete structures. Membrane thickness 1,2 mm. SikaProof® P-12 is pre-coated with an adhesive sealant layer and is cold applied onto primed concrete structure by a simple peel and stick process by using SikaProof® Primer-01 as a system primer.

  • Will restrict the ingress of radon into buildings from naturally occurring sources
  • Post-self-adhered, fully bonded on existing concrete structures
  • No lateral water underflow between the concrete structure and the membrane system
 
  • High flexibility and crack-bridging
  • Validated high watertightness
  • Easy to install with fully adhered joints (no welding required)
  • Cold applied (no heat or open flames)
  • Temporarily resistant to weathering and UV-light during construction
  • Highly durable and resistant to aging
  • Resistant to aggressive elements in natural ground water and soil
  • Can be combined with other approved Sika Waterproofing / Joint Sealing Systems
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Product Data Sheet Show all documents

Usage

Damp-proofing, waterproofing and concrete protection for basements and other below ground structures against ground water ingress. Suitable for use on:
  • Vertical reinforced concrete walls
  • Extensions and reconstruction works
  • Prefabricated structures

Advantages

  • Will restrict the ingress of radon into buildings from naturally occurring sources
  • Post-self-adhered, fully bonded on existing concrete structures
  • No lateral water underflow between the concrete structure and the membrane system
 
  • High flexibility and crack-bridging
  • Validated high watertightness
  • Easy to install with fully adhered joints (no welding required)
  • Cold applied (no heat or open flames)
  • Temporarily resistant to weathering and UV-light during construction
  • Highly durable and resistant to aging
  • Resistant to aggressive elements in natural ground water and soil
  • Can be combined with other approved Sika Waterproofing / Joint Sealing Systems

Packaging

Rolls wrapped individually in a yellow PE-film.

Roll width

Roll length

1,00 m

20 m

Colour

Light yellow sheet membrane with a white release film on the adhesive side.

Product Details

Sustainability / Certifications / Approvals

ENVIRONMENTAL INFORMATION

  • BRE Environmental Product Declaration (EPD) available

APPROVALS / STANDARDS

  • CE Marking and Declaration of Performance to EN 13967 - Flexible sheets for waterproofing – Damp proofing and basement tanking
  • Agrement Certificate, SikaProof® P,BBA,Certificate No.13-5075
  • Test Report, Functionality, SikaProof P-12, WISSBAU, No. 2013-253
  • abP Approval, SikaProof P-12, Report No. MPANRW-2211463-1
 
Product Information

Chemical Base

Membrane Layer:

Flexible Polyolefin (FPO)

Sealant/adhesive:Polyolefin (PO)

Shelf Life

12 months from date of production

Storage Conditions

Product must be stored in original unopened and undamaged sealed packaging in dry conditions and temperatures between + 5 °C and + 30 °C. Store in a horizontal position. Do not stack pallets of the rolls on top of each other, or under pallets of any other materials during transport or storage. Always refer to packaging.

Effective Thickness

Total Thickness (= deff)

1,20 mm (-5 /+10 %)

Membrane Thickness

0,60 mm

Mass per unit area

1,20 kg/m2

(-5 /+10%)
System information

System Structure

The following system components must be used:

  • SikaProof® P-12 sheet membrane
  • SikaProof® Primer-01

Ancillary products:

  • Accessories and complementary products are available to provide detailing and connection solutions.
Technical Information

Resistance to Impact

≥  200mm[EN 12691, Method A]

Resistance to Static Load

≥  20kg[EN 12730, Method B]

Resistance to Root Penetration

Pass 

[CEN/TS 14416]

Tensile Strength

Machine direction:

≥ 6,0 N/mm2

Cross direction:≥ 6,0 N/mm2

Elongation

Machine direction:

≥ 350 %

Cross direction:≥ 350 %

Crack Bridging Ability

Class A 5, no cracks

(DIN EN 1062-7)

Adhesion in peel

≥ 100 N/50mm (on primed concrete)

[EN 1372]

Resistance to Tearing (nail shank)

Machine direction:≥ 200 N
Cross direction:≥ 200 N

Joint Shear Resistance

≥ 125 N/50mm[EN 12317-2]

Service Temperature

-10 °C min. / +35 °C max

Foldability at Low Temperature

- 30 °C

(EN 1109)

Water Tightness

Pass (Method B, 24h/60kPa)

Pass (Method B, 24h/60kPa)

Resistance to lateral water migration

Pass, up to 7 bar

[ASTM D 5385 modified]

Permeability to radon

(2,0 ± 0,3) × 10-12 m2/s

(Certificate E-214/2011)

Accelerated Ageing in Alkaline Environment Tensile Strength

Pass (28 d/+23 °C)

(EN 1847)

Pass (Method B, 24 h / 60 kPa)

(EN 1928)

Durability of Water Tightness against Chemicals

Pass (28 d/+23 °C)

(EN 1847)

Pass (Method B, 24 h / 60 kPa)

(EN 1928)

Durability of Water Tightness against Ageing

Pass (12 weeks)

(EN 1296)

Pass (Method B, 24 h / 60 kPa)

(EN 1928)

Reaction to Fire

Class E[EN 13501-1]

Application

Application Information

Dew Point

The substrate temperature must be at least 3°C above the dew point to reduce the risk of condensation and reduced adhesion.

Ambient Air Temperature

+ 5 °C min. / + 35 °C max.

Substrate Temperature

Substrate bonding surface: minimal +5 °C ( Refer to important considerations for more information)

Substrate Moisture Content

≤ 6 % parts by weight. No rising moisture
Application steps

EQUIPMENT

  • Tape measure
  • Marking pen
  • Razor knife
  • Scissors
  • Pressure roller
  • Clean lint-free cloth
  • Metal straight edge for cutting
  • Protective sheet for cutting

SUBSTRATE QUALITY

Concrete substrate must be sound and of sufficient compressive strength (minimum 25 N/mm2) with a minimum tensile adhesion strength of 1,5 N/mm2.

Substrate must be even, level, clean, dry and free of all contaminants such as dirt, oil, grease and surface treatments.

Weak cementitious substrates must be removed and surface defects such as blow holes and voids must be fully exposed and repaired accordingly.

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