Aerem Eco Filter EF813 Spray Booth Filter – 0.9 x 9.2M

Calculating latest stock
AEREM EF813 SPRAY BOOTH FILTER 0.9x9.2M
Code: 73033
Part No: SBEF
Order For Delivery
Select the required delivery time and method at checkout.
Total Stock Available:67
Click & Collect
Check the stock levels at our depots below and select ‘Click and Collect’ at checkout (where available).
Check the stock at each depot:
View depots
Derby
67 in stock
Out of stock
Nottingham
0 in stock
Out of stock
Burton
0 in stock
Out of stock
Mansfield
0 in stock
Out of stock
Chesterfield
0 in stock
Out of stock
Bulk buy discounts
Bulk buy discounts will be applied to qualifying orders at checkout.
2+ Save 10% £46.32 each (exc. VAT)
5+ Save 20% £41.18 each (exc. VAT)
10+ Save 25% £38.60 each (exc. VAT)
£51.47 each
exc. VAT
£61.76 each
inc. VAT
Add to order
View basket (0)

Klarna 0% finance available on orders over £99 inc. vat

Product Overview

  • The Aerem EF813 Eco Filter is a white faced pleated spray booth filter for removing the bulk of wet and dry overspray from within the spray booth area.


    Read more

    Features:

    Can be used with any paint, varnish or lacquer spraying application for furniture, vehicles or any other sprayable items.

    Enables the filter to maintain an unformed airflow around the spray area.

    Professional quality filter; holds more paint particles than other types.

    Easy to install and lasts longer than standard fibreglass filters.

    The optimum distance between the peaks of corrugation should be 3.85cm – this amount of extension provides the best level of filtration.

    Identical to the original Andreae Eco Filters, which have now been rebranded Aerem.

    Specification

    Dimensions: 0.9 metres wide x 9.2 metres long

    Overall surface area: 8.35m2

    Holding capacity: up to 18 kg/m2

    Filtration efficiency: 98.1%

    Recommended air velocity: 0.25 – 1.0 m/s

    Pressure drop:  

                             8 pa at 0.25 m/s

                             20 pa at 0.50 m/s

                             30 pa at 0.75 m/s

                             40 pa at 1.0 m/s

    Maximum recommended pressure drop: 128 pa

    Maximum possible pressure drop: 256 pa