222-392mm BALANCE EXTRA Self-levelling Pedestal – Wallbarn

Self-levelling adjustable height pedestals stocked in UK. Delivery within 48 hours of order confirmation. Superior finishes for paving and decking as headpieces tilt in all directions to achieve completely flat upper surface. Highest quality, leading specification.

Blemishes and ridges on sub-decks are accommodated by self-levelling head. Pedestal remains vertical and stable on irregular surfaces. BALANCE Self-levelling have been developed to give installers of paving slabs and decking extra scope and flexibility to accommodate differences in the deck surface below the pedestal.

Balance self-levelling pedestals should be used with Metal Edging Plate for best results on paving projects. For decking projects the joist sits between the lugs without fixings allowing movement and avoiding stress points.

This unique design is robust, stable and durable. The pedestal is injection moulded from virgin fibre polypropylene without fillers to withstand extremes of temperature and load. Weight tolerance over 1 tonne.

The headpiece is comprised of four separate parts which have been created to allow up to a 5% or 2.86° slope correction. The mechanism at the bottom of the headpiece allows smooth movement and positioning of the paving slab. Slips and sharp tilting are avoided owing to the superior design and solid manufacture. The headpiece section attached to this moving mechanism is 120mm in diameter with integrated positioning lugs moulded into it.

BALANCE Self-levelling EXTRA pedestals are also available with greater height adjustment per unit.

Accessory product :  

Metal Edging Plate

Technical Information
Material : Virgin fibre injection moulded polypropylene
Weight Tolerance : 1,171kg
Max Temperature : Plus 75° C
Min Temperature : Minus 40°C
Base Plate Diameter : 200mm or 150mm
Extension Plate size : 5mm thick x 150mm diameter – for BAL-025 only
Headpiece Diameter : 120mm
Lug Height : 18.5mm
Lug width / thickness : 2mm
Degree of slope on head : 5% – approx. 2.86°”