Laying LVT
Luxury vinyl tiles are becoming increasingly popular due to their attractive designs and durability. UZIN provide a range of LVT adhesives which provide installers and the customer with a number of benefits when laying LVT. The extremely strong bond reduces any dimensional changes, improves sound absorption and luxury vinyl tiles can better accommodate static and dynamic stress. LVTs are easy, secure and fast to install with UZIN LVT adhesives.
For quick, easy and reliable luxury vinyl tile (LVT) installations then wet-bed adhesives such as UZIN KE 66 is ideal for use in both commercial and residential environments as well as being fibre-reinforced for increased reliability. In areas with less traffic UZIN tackifiers such as UZIN U2100 are ideal for installing loose lay or click luxury vinyl tiles quickly and securely as they help with slip resistance.
Laying LVT
UZIN KE 2000 S Universal wet and pressure sensitive adhesive
Dispersion adhesive for all common resilient coverings, textile coverings, wall coverings and UZIN insulation/installation underlays
- Odourless during and after application
- Excellent working properties
- Good tack with stringing
- Solvent-free
UZIN KE 49 HT High Temperature Adhesive
High temperature or pressure sensitive adhesive for hybrid application
- Temperature tolerance from –20 °C up to +60 °C**
- Very long working time
- High initial and final tack
- Good resistance to plasticisers
- Solvent-free
UZIN KE 66 Fibre-Reinforced Adhesive
High temperature adhesive for luxury vinyl tiles, vinyl and rubber
- Excellent working properties
- Very low consumption
- Short open time
- Solvent-free
UZIN KE 68 1-Component Hybrid Adhesive
1-component hybrid adhesive for heavy duty
- Single part - ready to use
- For installers with PUR or epoxy sensitivity
- For extreme high temperatures
- High final bond strength
UZIN KR 430 2-Component PU Adhesive
Flexible polyurethane adhesive for heavy-duty floor coverings
- Odourless during and after application
- No shrinkage
- Flexible yet hard
- High resistance to heat and cold
