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WP Sam
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WP SAM TDS
WP SAM TDS
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WP SAM PDS
WP SAM PDS
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WP SAM BBA
WP SAM BBA
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WP SAM NBS
WP SAM NBS
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JUTA

WP SAM

WP Sam
2

WP SAM is a waterproof, self-adhesive, bituminous membrane, composed of self-adhesive SBS polymer-modified bitumen with an upper surface finish of grey co-extruded polyolefin, and a lower surface fish of siliconised release paper. WP SAM is used for the waterproofing of underground structures, and to prevent the ingress of RADON.

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Product Benefits

  • High Chemical Resistance.
  • High resistance to Ground Gasses.
  • Long term durability – performance is
    guaranteed for the lifetime of the building.
  • Compatible with all building materials.
  • Manufactured to met the most up to date
    British Standards and guidance.
Make an Enquiry Standard Details
WP SAM TDS
WP SAM TDS
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WP SAM PDS
WP SAM PDS
Download
WP SAM BBA
WP SAM BBA
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WP SAM NBS
WP SAM NBS
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Product Description

WP SAM is used for the radon/waterproofing of underground structures where harmful ground gasses are anticipated, and a self-adhesive accessory to GP®2, GP®4, GP®L, GP®H and HYDROLOCK membrane systems.

JUTA UK – radon, ground gas, vapour, air and moisture barrier characteristic properties:

  • High Chemical Resistance
  • High resistance to Ground Gasses
  • Long Term Durability (Performance guaranteed for the lifetime of the building)
  • Compatible with all building materials
  • Manufactured to meet the most up to date British Standards and guidance.
WP SAM
ColorGrey
MaterialPolyolefin - siliconized release paper.
ShapeRectangular - supplied in roll form.
Size19 050 x 1050 x 1.5 mm
Warranty Description 60 year
Uniclass 2015 Pr_25_57_08_08
CAWSJ40/40 Self-adhesive bitumen damp proofing/ tanking
J40/190 Self-adhesive bitumen damp proofing/ tanking
J40/180 Self-adhesive bitumen gas retardant damp proofing/ tanking
J40/45 Self-adhesive bitumen gas retardant damp proofing/ tanking
StandardBS 8102, EN 13969 and EN 13707.
FormSelf Adhesive Waterproofing membrane.
Material
Bitumen modification SBS polymer-modified.
Weight (minimum) 1500 g/m2.
Thickness (minimum) 1.5 mm.
Surface finishes
TopGrey co-extruded polyolefin.
Underside Siliconized release paper.
CharacteristicsTest MethodWP SAM
ThicknessEN 1849-21.50 mm
WidthEN 1849-21.05 m
LengthEN 1849-219.05 m
WeightEN 1849-21500 g/m2
CharacteristicsTest MethodWP SAM
Watertightness (100kPa)EN 1928PASS
CharacteristicsTest MethodWP SAM
Tensile Strength (MD)EN 12311-1200 N/50mm
Tensile Strength (CMD)EN 12311-1200 N/50mm
Joint Strength: Shear ResistanceEN 12317-1200
Flexibility at Low TemperatureEN 1109< -15oC
Humidity Resistance FactorEN 1931115
Humidity Flow Density Co-efficientEN 19312.56 x 10-9 kg/m2.s
Flow Resistance at Elevated TemperatureEN 1110> 70oC
Resistance to Root PenetrationEN 13984Pass
Reaction to Static LoadingEN 123705 kg
Resistance to ImpactEN 12961< 400 mm
Longitudinal Resistance to TearingEN 12310-1180 N
Transversal Resistance to TearingEN 12310-1180 N
Radon PermeabilityK124/02/958.20 x 10-12 m2/s
View Data Sheet

WP SAM is used for the radon/waterproofing of underground structures where harmful ground gasses are anticipated, and a self-adhesive accessory to GP®2, GP®4, GP®L, GP®H and HYDROLOCK membrane systems.

Installation

WP SAM should be installed in accordance with the product installation guidelines. It is recommended that WP SAM is not applied in temperatures below 10oC, in colder weather the material can be warmed slightly to aid adhesion.

All construction should conform to the Building Regulations, Codes of Practice and British Standards in current use at the time the building is being constructed. It is recommended that reference is made to BS8102:2009, and BS8485:2015.

A selection of standard details for information and education purposes only. Note - it is strongly advised appropriately qualified, and insured personnel undertake gas membrane installs. A gas membrane performs a critical function in the application setting and has an anticipated design service life in excess of 60 years. Do not attempt to install gas membranes from these details alone. Sole rights for use and distribution are owned by JUTA UK LTD.

WP SAM Installation Guidance
WP SAM
Installation Guidance
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Block and beam
TD-JUTA.WP-SAM.020 - Block _ Beam Floor - Standard Lift Pit Applications
TD-JUTA.WP-SAM.020 - Block _ Beam Floor - Standard Lift Pit Applications
Lift Pit
TD-JUTA.WP-SAM.022 - Pre Cast Lift Pit Detail
TD-JUTA.WP-SAM.022 - Pre Cast Lift Pit Detail
Pit Detail
TD-JUTA.WP-SAM.010 - Typical Pit Detail (Pre-Applied GP-TB Below Slab)
TD-JUTA.WP-SAM.010 - Typical Pit Detail (Pre-Applied GP-TB Below Slab)
TD-JUTA.WP-SAM.011 - Typical Pit Detail
TD-JUTA.WP-SAM.011 - Typical Pit Detail
TD-JUTA.WP-SAM.019 - Typical Pit Detail - LGB over Pile Cap Foundation
TD-JUTA.WP-SAM.019 - Typical Pit Detail - LGB over Pile Cap Foundation
RC Slab
TD-JUTA.WP-SAM.006 - RC Slab _ Masonry Wall - Typical
TD-JUTA.WP-SAM.006 - RC Slab _ Masonry Wall - Typical
TD-JUTA.WP-SAM.007 - RC Slab _ Masonry Wall (Pre Applied GP-TB Below Slab)
TD-JUTA.WP-SAM.007 - RC Slab _ Masonry Wall (Pre Applied GP-TB Below Slab)
RC Wall
TD-JUTA.WP-SAM.026 - RC Wall - Pipe Penetration Detail
TD-JUTA.WP-SAM.026 - RC Wall - Pipe Penetration Detail
TD-JUTA.WP-SAM.021 - RC Wall - Movement Joint Detail
TD-JUTA.WP-SAM.021 - RC Wall - Movement Joint Detail
Retaining Wall
TD-JUTA.WP-SAM.014 - RC Retaining Wall _ B+B Floor
TD-JUTA.WP-SAM.014 - RC Retaining Wall _ B+B Floor
TD-JUTA.WP-SAM.015 - RC Retaining Wall _ Ground Bearing Raft Slab
TD-JUTA.WP-SAM.015 - RC Retaining Wall _ Ground Bearing Raft Slab
TD-JUTA.WP-SAM.016 - RC Retaining Wall _ Ground Bearing Raft Slab (Pre Applied GP-TB Below Slab)
TD-JUTA.WP-SAM.016 - RC Retaining Wall _ Ground Bearing Raft Slab (Pre Applied GP-TB Below Slab)
TD-JUTA.WP-SAM.017 - External Retaining Wall
TD-JUTA.WP-SAM.017 - External Retaining Wall
TD-JUTA.WP-SAM.018 - External Stepped Retaining Wall
TD-JUTA.WP-SAM.018 - External Stepped Retaining Wall
TD-JUTA.WP-SAM.023 - Retaining Wall and Basement Slab Detail
TD-JUTA.WP-SAM.023 - Retaining Wall and Basement Slab Detail
TD-JUTA.WP-SAM.002 - RC Retaining Wall _ Slab - Typical
TD-JUTA.WP-SAM.002 - RC Retaining Wall _ Slab - Typical
TD-JUTA.WP-SAM.003 - RC Retaining Wall _ Slab (Pre-Applied GP-TB Below Slab)
TD-JUTA.WP-SAM.003 - RC Retaining Wall _ Slab (Pre-Applied GP-TB Below Slab)
TD-JUTA.WP-SAM.004 - RC Retaining Wall _ Slab with Toe - Typical
TD-JUTA.WP-SAM.004 - RC Retaining Wall _ Slab with Toe - Typical
TD-JUTA.WP-SAM.005 - RC Retaining Wall _ Slab with Toe (Pre-Applied GP-TB Below Slab)
TD-JUTA.WP-SAM.005 - RC Retaining Wall _ Slab with Toe (Pre-Applied GP-TB Below Slab)
TD-JUTA.WP-SAM.008 - Retaining Wall Head - Link to DPC Detail
TD-JUTA.WP-SAM.008 - Retaining Wall Head - Link to DPC Detail
Vertical to Horizontal
TD-JUTA.WP-SAM.012 - Vertical to Horizonal Transition Detail - Option 1
TD-JUTA.WP-SAM.012 - Vertical to Horizonal Transition Detail - Option 1
TD-JUTA.WP-SAM.013 - Vertical to Horizontal Transition Detail - Option 2
TD-JUTA.WP-SAM.013 - Vertical to Horizontal Transition Detail - Option 2
Additional
TD-JUTA.WP-SAM.024 - Wall Tie Penetration Sealing Detail
TD-JUTA.WP-SAM.024 - Wall Tie Penetration Sealing Detail
TD-JUTA.WP-SAM.025 - Corner Sequencing Detail
TD-JUTA.WP-SAM.025 - Corner Sequencing Detail
TD-JUTA.WP-SAM.001 - Detail Reference
TD-JUTA.WP-SAM.001 - Detail Reference

Roll weights can be in excess of 20 kg (approx 33 kg per roll) and hence appropriate care and equipment is required for unloading and handling. This product is non-toxic.

Rolls of WP SAM should be stored horizontally, and pallets should not be stacked on top of one another. WP SAM should be stored in a cool, dry place, and be protected from exposure to rain, sun, heat and cold temperatures prior to installation. Exposure to sunlight for extended period of time could cause difficulty with removal of the release film.

CE Mark
BSI Kitemark
BS8102:2009 Compliant
Meets the requirements of EN 13969 and EN 13707
Meets the requirements of CTE
Meets the requirements of EN 13859-1 and EN 13859-2 norms
BBA Certificate 20 5820
BBA Certified - Certificate No. 20/5820

BIM objects are digital descriptions of products or materials that, when combined with other BIM objects create a Building Information Model. These downloadable files can be used for these purposes.

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Site Investigation
Site Investigation
Site Investigation Reports Monitoring Results. We review these reports and advise routes for compliance.
System Design
System Design
Full Ground Gas Protection System Design available.
Specification
Specification
Wide library of standard details with site specific details on request.
Installation
Installation
All our installers are certified NVQ Level 2 qualified installation contractors.
Validation
Validation
We ensure your project complies with the relevant building regulations.

Ground Gas Standards 

There are many different standards and guidance documents that detail how to understand the risk of ground contamination, and design solutions to mitigate these risks. The different documents relate to different ground contamination. Below are some of the key documents to be aware of and refer to:

BS 8485:2015+A1:2019 – Codes of practice for the design of protective measures for methane and carbon dioxide ground gases for new buildings.

  • Ground gases typically found near landfill sites, but can occur from other sources
  • Encourages the use of qualified installers
  • Validation to Ciria C735 is a requirement
  • Additional influences on the system should be considered, such as the hydrostatic conditions, and the likelihood of the source contaminant being in direct contact with the protective measures proposed
WP SAM

BRE 211:2015 – Guidance on protective measures for new buildings. (RADON)

  • Naturally occurring ground gas. Larger concentrations in the South-West of UK
  • The minimum recommendation is a membrane of 300 micrometres (1200 gauge) polyethylene sheet or equivalent
  • It must be installed with considerable care and protected once installed
  • Taped laps are required
WP SAM

CIRIA C748:2014 – Guidance on the use of plastic membranes as VOC vapour barriers

CIRIA C682:2009 – VOC Handbook

  • Risk-based approach
  • No quantifiable limits on material performance
  • Testing to ISO 15105-2 and EN 14414/EN 14415
  • 9 main VOC types are tested for
  • Welded laps are required as most tapes are made from bitumen/butyl and are affected by VOCs
WP SAM

CIRIA C735:2014 – Good practice on testing and verification of protection systems to buildings from hazardous gases

  • Good practice on testing and verification of protection systems to buildings from hazardous gases
  • Check design and detailing is in accordance with site requirements
  • Checks the competency of the installer (NVQ LEVEL 2 minimum)
  • Test integrity of the membrane/barrier system
  • Visual inspection
  • A written report on inspection/testing and sign-off

BS8102:2009 – Code of practice for protection of below ground structures against water from the ground

WP SAM

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Contact Us
01772 754177 // [email protected]
Melton Grove Works, Blackpool Road, Lytham, FY8 5PL