Name: NEW Daltex Brittany Bronze (1-3mm) - Daltex Steinteppich
Price: 23.00 EUR
Availability: InStock

NEW Daltex Brittany Bronze (1-3mm)

Delivery to customers address 7-10 days
Local pickup is also possible at Wien, Austria

23,00€ inc. VAT

Guaranteed Safe Checkout

Daltex Brittany Bronze 1-3mm is a finer grade of our Brittany Bronze 2-5mm. A very popular rounded resin bound gravel with a brown chestnut finish. When used on its own it has a nice gravelled look with a smooth texture making it popular for foot traffic and cycle paths. It is also suitable to mix into other grades for a unique blend and a stronger finish.

This gravel is also available in 2-5mm.

We strongly recommend the use of UVR resin with all DALTEX dried aggregates.

Choose:

1 Pack = 25kg (= 0.85m2 = for 18mm thickness)

Technical Spec

Hardness (7)
–
PSV (35-40) – Polished Stone Value
The PSV of an aggregate is a measure of the resistance of an aggregate to polishing and the value is established by subjecting the aggregate to a standard polishing process and then testing the aggregate with a portable skid resistance tester. Aggregate that has a PSV over 60 is regarded as a High Skid Resistant Aggregate. The higher the PSV figure the greater resistance the aggregate has to polishing.
–
AAV (4) – Aggregate Abrasion Value
A known mass of aggregate chippings are set in resin in a small test panel and subject to abrasion on a grinding apparatus. The loss in weight of the aggregate after a specified time as a percentage of the original weight is the AAV.
–
AIV (18) – Aggregate Impact Value
The aggregate impact value is a strength value of an aggregate that is determined by performing the Aggregate Impact Test on a sample. The AIV is the percentage of fines produced from the aggregate after subjecting it to a standard amount of impact. Below 10 would be regarded as strong, above 35 would normally be regarded as too weak to be used in road surfaces.
–
ACV (12) – Aggregate Crushing Value
The aggregate crushing value is a value which indicates the ability of an aggregate to resist crushing. The lower the figure, the stronger the aggregate ie the greater its ability to resist crushing.