BoPin 635 Scellant silicone pour pierres naturelles

BoPin 635 Natural Stone Silicone Sealant_600ml

BoPin 635 Natural Stone Silicone Sealant_benefit

BoPin 635 Scellant silicone pour pierres naturelles

BoPin 635 is a single-component, neutral-cure silicone sealant from our premium certified natural stone silicone series, specifically formulated for natural stone sealing applications. The non-staining neutral cure system ensures no oil migration into porous stone surfaces such as marble, granite, limestone and travertine — a critical requirement that standard neutral-cure silicones cannot always guarantee. The product bonds reliably to natural stone, glass, ceramic tile, aluminium and coated metals without primer, and delivers durable flexibility with good movement capability to accommodate the thermal expansion and structural movement characteristic of stone installations. Suitable for both interior and exterior stone sealing applications.

Principaux avantages

Non-staining formula — prevents oil migration and edge discolouration on porous natural stone surfaces
Safe for all natural stone types including marble, granite, limestone and travertine
Good adhesion to natural stone, glass, ceramic and aluminium without primer
Good movement capability — accommodates thermal expansion and structural movement in stone installations
UV resistant — stable colour and performance in exterior stone applications
Suitable for wet-area stone applications — compatibility with stone sealers recommended

Adhérer à

Marble, granite, limestone and travertine
Engineered stone and composite stone panels
Carreaux de céramique et de porcelaine
Glass and coated glass
Aluminium and anodised aluminium
Béton et maçonnerie

Domaines d'application

Marble and granite countertop and worktop joint sealing
Natural stone floor joint sealing
Stone curtain wall and facade panel joint sealing
Shower enclosure and wet-area natural stone sealing
Decorative stone panel installation joint sealing

Paquet

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

Informations complémentaires

Système de polymérisation	cure neutre
Sag / Slump	≤3 mm
Résistance à la température	-50°C to +170°C
Durée de conservation	12 months (unopened, ≤25°C)
Standard	GB/T 14683-2017

Préparation de la surface — Ensure all stone surfaces are clean, dry and free from dust, grease, stone sealers and old sealant residues. Remove any existing stone sealer from the joint area as this may affect adhesion. Do not wet the stone before application.
Application — Cut cartridge tip at 45°, load into sealant gun and apply with steady, even pressure into the joint. Tool immediately using a spatula dampened with soapy water. Apply masking tape for clean joint lines on polished stone.
durcissement — Allow to cure at room temperature with adequate ventilation. Avoid water contact for at least 24 hours. Full mechanical properties develop after 7 days.
Cleanup — Remove uncured sealant with a solvent before skin formation. Cured sealant must be removed mechanically — take care not to scratch polished stone surfaces.

Limites

Not suitable for structural glazing or primary load-bearing applications
Not suitable for continuous full water immersion
Not suitable for use in fully enclosed, unventilated spaces
Not suitable for surfaces containing plasticiser or solvent residues
Not suitable for PE, PP or PTFE surfaces
Do not apply when substrate temperature is below 4°C or above 40°C

Conseils

Always conduct an adhesion and staining test on actual stone samples before full project application — stone porosity and surface treatment vary significantly between stone types and sources
For polished stone surfaces, apply masking tape carefully along both sides of the joint before application to protect the polished finish — remove immediately after tooling
If the stone has been previously sealed with a penetrating stone sealer, the sealer must be removed from the joint bonding surfaces before applying sealant
Store cartridges upright in a cool, dry location away from heat and direct sunlight