LTP Blackstone Water-Based Impregnating Sealer for Stone Paving - 1 litre

SKU: LTP/BS/1
(No reviews yet) Write a Review
23.04 19.2
Was: £48.00
Now: £23.04 inc. VAT
Now: £19.20 exc. VAT

In Stock

Adding to basket… The item has been added
COVERAGE CALCULATOR
Bulk Discount

Dark coloured paving often fades or discolours over the years which can make your patio look tired and worn. Bring it back to life with LTP Blackstone Sealer and Restorer - it can be used to restore the appearance of all types of faded dark natural and artificial stone including limestone, marble, slate and concrete pavers.

Each 1 litre bottle covers up to 30m² in a single coat.

Important: This product is a permanent staining solution that will darken the surface of the stone and the grout joints making it very difficult to remove once applied. Test on an inconspicuous area before general application and do not walk on treated surfaces until the solution has completely dried.

Click the links below to see the technical specifications and user guides for this product.

 

Delivery Times

Delivery times for all delivery services are Monday to Friday (excluding Bank Holidays) 8am - 6pm. A 'working day' is Monday to Friday, excluding bank holidays. Weekends and bank holidays do not count as working days.

Delivery Costs

For information on delivery costs, please visit the main Delivery page.

Delivery Damages

It's important that you indicate the damages on the delivery note when you sign for the goods. Notify The London Tile Company by calling our advice line on 0333 320 80 48 if there are any damages or irregularities to your order within 24 hours of delivery.

23.04 19.2
Was: £48.00
Now: £23.04 inc. VAT
Now: £19.20 exc. VAT

In Stock

Adding to basket… The item has been added
COVERAGE CALCULATOR
Bulk Discount

You May Also Like

On Sale!
LTP External Stone Sealer Water-Based Impregnating Sealer - 1 litre
LTP Mattstone H20 Sealer - Available in 1 litre and 5 litres
On Sale!
LTP MPG Polished Porcelain Impregnating Sealer - 500ml
On Sale!
A bottle of LTP Solvex