BoPin 1010 Prefab & Green Building Sealant

BoPin 1010 Prefab & Green Building Sealant

BoPin 1010 is a single-component, moisture-curing MS polymer sealant specifically formulated for prefabricated building joint sealing and general construction bonding and sealing applications. Based on modified silane polymer technology, it cures at room temperature to form an exceptionally soft, highly elastic rubber with outstanding elongation of 515% — one of the highest in the MS polymer range. The very low Shore A hardness of 22 makes it particularly well suited to large panel-to-panel joints in prefabricated and modular construction systems, where differential structural movement between building elements demands a sealant that absorbs displacement without transmitting stress to the substrate. Zero sag ensures reliable application on vertical facade joints without movement or slumping. Also suitable for general construction bonding of concrete, stone, glass, aluminium and timber.

Principais benefícios

Exceptional elongation — 515% at break, accommodates large differential movement between prefabricated building elements
Very soft cured body — Shore A hardness 22, absorbs joint movement without stress transfer to substrate or panel edges
Zero sag — maintains position on vertical facade joints without slumping
Good adhesion to concrete, stone, glass, aluminium and timber — typically without primer
Solvent-free, low-odour formula — suitable for use in occupied building environments
Suitable for both interior and exterior applications
Shelf life 12 months

Aderir a

Betão e alvenaria
Natural stone and engineered stone panels
Glass and coated glass
Aluminium and aluminium alloy profiles
Timber and wood-based panels
Most common building substrate combinations

Áreas de aplicação

Prefabricated building interior and exterior wall panel joint sealing
Urban utility tunnel and underground structure joint sealing
Interior fit-out joint sealing and gap filling
General construction material bonding and sealing — concrete, stone, glass, aluminium, timber
Modular building and off-site construction assembly joint sealing
Solvent-free joint sealing for interior and exterior building applications

Embalagem

300ml cartridge — 24 units per carton
600ml sausage pack — 20 units per carton
Available colors upon request

Informação adicional

Sistema de cura	MS Polymer (moisture cure)
Density (g/cm³)	1.35
Dureza (Shore A)	22
Tensile Strength (MPa)	0.95
Elongation at Break (%)	515
Sag / Slump (mm)	0
Skin Formation Time (min)	35
Cure Rate (depth, mm/24h)	1.8
Consistency (g/5s)	120
Bonding	Pass
Prazo de validade	12 meses (fechado, ≤27°C)
Cor	Preto, Personalizado, Cinzento, Branco

Preparação da superfície — Ensure all surfaces are clean, dry and free from dust, grease, old sealant residues and loose material. For concrete and masonry surfaces, remove any laitance or loose particles by mechanical means.
Aplicação — Cut cartridge tip at 45°, load into sealant gun and apply with steady, even pressure into the joint. Tool within the working time using a spatula dampened with soapy water. Apply masking tape for clean joint lines on finished surfaces.
Cura — Allow to cure at room temperature with adequate ventilation. Full mechanical properties develop after 7 days.
Limpar — Remove uncured product with a suitable solvent before skin formation. Cured product must be removed mechanically.

Limitações

Not suitable for structural load-bearing applications
Não recomendado para imersão contínua em água
Not suitable for PE, PP or PTFE surfaces
Not suitable for surfaces containing plasticiser or solvent residues
Do not apply when substrate temperature is below 4°C or above 40°C

Dicas

The very low Shore A hardness (22) means this product has lower tensile strength (0.95 MPa) than harder MS grades — it is designed for high-movement joint sealing, not high-load structural bonding; for structural panel bonding use BoPin 850
The zero-sag formula performs well on vertical facade joints — no backing rod support required for shallow joints
In prefabricated building applications, ensure joint width is designed to accommodate the full anticipated differential movement between panels — joint width should be calculated based on panel dimensions and thermal movement coefficients
Always conduct a compatibility and adhesion test on actual project substrate combinations before full application
Store cartridges upright in a cool, dry location away from heat and direct sunlight