Den Braven MAMUT GLUE High Tack, 290 ml, Black, 51911BD

Code: 51911BD

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MAMUT GLUE High Tack 290 ml kartuše černá

8,66 € 7,16 € excl. VAT

(>5 pcs)

Delivery to: 31/10/2025 Delivery options

White mounting adhesive with instant adhesion of 500 kg/m², high strength of 22 kg/cm², permanent flexibility, and temperature resistance from -40 °C to +90 °C.

Detailed information

Product detailed description

MAMUT GLUE High Tack is a top-quality mounting adhesive based on MS polymers, replacing traditional mechanical fasteners such as nails, screws, or rivets. With an instant adhesion of 500 kg/m², it is ideal for applications that require quick and strong bonding without the need for additional fixation. Its firmer consistency ensures easy handling and precise application.

The adhesive is suitable for both indoor and outdoor use and is compatible with most building materials, including wood, OSB boards, stone, concrete, glass, metal, drywall, and masonry. It is also perfect for bonding mirrors, skirting boards, shelves, stair treads, tiles, or window sills.

Technical Specifications

Base: MS polymer
Consistency: Paste
Density: Approx. 1.6 g/cm³
Skin formation time: 10–15 minutes
Curing speed: 2–3 mm/24 hours
Tensile strength: ≥ 2.20 MPa
Shear strength: ≥ 2.00 MPa
Peel strength: ≥ 2.00 N/mm
Shore A hardness: Approx. 60
Temperature resistance: -40 °C to +90 °C
Application temperature: +5 °C to +40 °C

Key Features

Instant adhesion of 500 kg/m² – ensures a firm bond immediately after application.
High final strength of 22 kg/cm² – provides a reliable bond over time.
Paintability – can be painted over with water-based paints once cured.
Temperature resistance from -40 °C to +90 °C – suitable for various climatic conditions.
Permanent elasticity – offers resistance to vibrations and material movements.
Solvent-free – environmentally friendly and safe for users.
Compatibility with damp substrates – allows bonding on slightly damp surfaces.
Suitable for absorbent and non-absorbent substrates – versatile use on different materials.