As usual Travis Perkins had a great selection of product, I had never used this brand of creocote before and it proved to be perfect easy to put on and the density was outstanding I will certainly use it again
1 year ago
customer
Type of purchase: Trade
Yes, I would recommend to a friend
1
0
5
A very good product which I buy from Travis Perkins annually
Have used this product for decades.
My fencing is sixty years old, and it is just as strong now as when first erected.
I believe it is the creosote that has preserved it.
Can thoroughly recommend this product, which also has a splendid fragrance when sitting near it.
A next generation composite deck board which creates a sleek and modern deck for your home, Hard wearing, UV fade resitant, designed to span 400mm joist centres and comes in an on trend "Bowness" Mid Brown colour.
A clear, low odour, water based, all purpose treatment, to prevent insect attack, re-infestation and protect from fungal decay. Also protects against wet rot, dry rot and woodworm. Coverage rate of 3.5 to 5m2 per litre (typically requires 2-3 uniform coats).
Cuprinol's anti-slip decking stain is water-based and suitable for all softwood and hardwood decking. Its double action formula contains invisible anti-slip microbeads, making the deck safer and helping protect the film surface from green algae and mould growth.
A next generation composite deck board which creates a sleek and modern deck for your home, Hard wearing, UV fade resitant, designed to span 400mm joist centres and comes in an on trend "Bowness" Mid Brown colour.
A clear, low odour, water based, all purpose treatment, to prevent insect attack, re-infestation and protect from fungal decay. Also protects against wet rot, dry rot and woodworm. Coverage rate of 3.5 to 5m2 per litre (typically requires 2-3 uniform coats).
Cuprinol's anti-slip decking stain is water-based and suitable for all softwood and hardwood decking. Its double action formula contains invisible anti-slip microbeads, making the deck safer and helping protect the film surface from green algae and mould growth.