DALTEX Base4Bound Aggregate

From£4.27 Exc VAT£5.12 Inc VAT
Base4Bound Bag
Base4Bound Aggregate Standard Bag
£4.27 (EXC VAT)
£5.12 (INC VAT)
40 bags to a pallet
Total price
£0.00
Exc VAT
£0.00
Inc VAT
Delivery charges will be added in the basket

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DALTEX Base4Bound is specially designed to create a stable base for resin bound surfaces that is both flexible and highly durable. It is a convenient alternative to tarmac, concrete and all other types of resin bound bases.

DALTEX BASE4BOUND Aggregates are specially selected and screened to be used with BBA Approved DALTEX Performance Resin to create a stable, long-lasting base - guaranteed!*

What is in a DALTEX Base4Bound kit?

  • 4.5kg DALTEX Non-UV Resin for Base
  • DALTEX Binding Quartz 
  • 4x Bags DALTEX BASE4BOUND Aggregates
  • SRM Roll - The SRM is a Structural Reinforcement Mesh adds strength and support structure to the base

Where can DALTEX Base4Bound be used
Suitable for heavy vehicle, vehicle and pedestrian loads including:

  • Residential driveways
  • High-footfall commercial areas
  • Public projects
  • Pathways, ramps & access routes
  • Pool surrounds & leisure facilities
  • Retail forecourts & car parks

Pedestrian traffic base build up: DOWNLOAD

Vehicle traffic base build up: DOWNLOAD

Heavy vehicle traffic base build up: DOWNLOAD

Pedestrian traffic base application method: DOWNLOAD

Light vehicle traffic base application method: DOWNLOAD

Heavy vehicle traffic base application method: DOWNLOAD

KEY INFORMATION

Base4Bound Technical Data Sheet Download

Resin Type: Polyurethane Resin

Aggregate Type: xxxxxx

DALTEX Base4Bound:   Overlay Time 1-2 hours

Full Cure: 7 Days

Processing temperature: 5°C - 30°С

Fire Rating: xxxxxxxx

STRENGTH

Strength Resistance MDEN ISO 10319Kn/m>=50
Elongation At max loAd MD EN ISO 10319%12+/-2.5
Strength Resistance CMDEN ISO 10319Kn/m>=50
Elongation  at max load CMD of elongationEN ISO 10319%12+/-2.5
 Tensile strength MD  at 2% of elongationEN ISO 10319Kn/m12+/-10%
Tensile strength  MD at  5% of clonetionEN ISO 10319Kn/m18+/-10%
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