Stenzo Tile Adhesive Elite 335

Stenzo Tile Adhesive (Type 3T S1,as per IS 15477:2019) is a polymer-enriched, flexible, high-performance adhesive of C2TES1 classification . Designed for large-format tiles, natural stone, and heavy-duty applications, it provides outstanding bond strength, flexibility, and resistance to water, heat, and structural movement.

Whether it’s interiors, exteriors, wet areas, or high-traffic zones, Stenzo Type 3T S1 delivers unmatched reliability and durability.

Advantages of Choosing Stenzo Type 3T S1

• Best choice for large-format & heavy tiles

• Withstands thermal expansion & vibrations (ideal for exteriors & high-rise)

• Ensures long-lasting durability in submerged & outdoor environments

• Provides maximum bonding security for demanding architectural projects

How to Use

1. Surface Preparation – Substrate must be level, clean, and free of contaminants.

2. Mixing – Mix adhesive powder with clean water (approx. 3:1 ratio) until a smooth, creamy paste is achieved.

3. Application – Spread with a notched trowel; back-butter large-format tiles for maximum bonding.

4. Curing – Leave for 24 hours before grouting or putting into service.

Technical Specifications

• Type: Flexible Polymer-Modified Cementitious Adhesive, C2TES1 Class (EN 12004), Type 3T S1 (IS 15477:2019)

• Pot Life: Approx. 3–4 hours

• Open Time: Minimum 30 minutes

• Slip Resistance: ≤ 0.5 mm

• Flexibility: S1 – Deformable adhesive for structural movements

• Coverage: ~3–6 kg/m² (depending on tile size & trowel)

• Packaging: 20 kg / 40 kg bags

• Shelf Life: 12 months in dry conditions

Areas of Application

• Fixing porcelain, vitrified, large-format ceramic & natural stone tiles

• Interiors & exteriors: floors, walls, façades, high-rise buildings

• Wet & submerged areas: swimming pools, fountains, bathrooms, kitchens

• Heavy-duty zones: malls, airports, industrial floors, high-traffic corridors

• Terraces, balconies & outdoor cladding exposed to weather

👉 Stenzo Type 3T S1 | C2TES1 – The Ultimate Tile Adhesive for Modern Architecture.