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Sikaflex® Tank N

Name: Sikaflex® Tank N
Brand: Sika Limited
SKU: e2dGVBZAQ8pevTbuHg9Hgc

Verified by manufacturer 5 months ago

One-part, moisture-curing, polyurethane elastic joint sealant.

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Application

Movement- and connection joints according to IVD data sheet no. 1. I. E. in workshops and parking garages.

One-part, moisture-curing, polyurethane elastic joint sealant for use in areas for the storage, filling and handling of water polluting liquids.

Features and benefits:

Applications:

Movement- and connection joints according to IVD data sheet no. 1. I. E. in workshops and parking garages.

Approvals:

European Technical Approval ETA-09/0272, used in facilities for the storage, handling and filling of substances hazardous to water.

Uniclass	Pr_30_31_76_65 Polyurethane (PUR) construction joint sealantsPrimary
CAWS	E40/530 Sealant M10/468 Sealant movement joints with metal edgings M12/430 Sealant movement joints M40/805 Sealant movement joints with metal edgings M40/815 Sealant movement joints

SKU Code	156879

Product range	Sealant Sealing & Bonding / Civil Engineering & Floor Joints

Classification data
Product Reference	Sikaflex® Tank N
Standard product features	Colour: Concrete grey. Chemical base: Polyurethane. Technical characteristics: Density: ~1.50 kg/L. Service temperature: -40°C to +70°C. Application temperature: 5–40°C. Shore A hardness (after 28 days): ~35. Elastic recovery (to ISO 7389): >80%. Movement capability: ±25%. Sag flow (20 mm profile, 50°C): 0 mm. Tear propagation resistance (to ISO 34): ~8.0 N/mm². Secant tensile modulus (to ISO 8339): ~0.6 MPa (at 100% elongation). Elongation at break (to ISO 37): ~700%. Curing rate: ~2.5 mm/24 h. Skin time: ~90 minutes.

Contains Red List materials	No
Country of material origin	Germany
Country of product manufacture	Germany
Material	Polyurethane
A1–A3 ('Production stage')	Embodied carbon as defined in BS EN 15804
Normalized unit	6.82 kg CO₂ eq/kg
Declared unit	6.82 kg CO₂ eq/kg Self-declared
Recyclability	0
Recycled content As defined in clause 7.8 of BS EN ISO 14021	0 %