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SPW Product Catalogue 2019

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ACCESSORIES<br />

1<br />

ARDROX 907PB<br />

ARDROX 907PB<br />

Visual Red Dye Aerosol Process<br />

DESCRIPTION A907PB aero/01173<br />

Packed in aerosols, the Ardrox 907PB process provides an effective portable method of flaw<br />

detection. These products do not contain chlorinated solvents and are particularly low in<br />

chloride and sulphur contaminants.<br />

It consists of:-<br />

Ardrox 907PB<br />

Red Dye Penetrant<br />

Ardrox 9PR50C<br />

Precleaner and Penetrant Remover<br />

Ardrox 9D1B<br />

Developer<br />

The process conforms to AMS 2644 Type II Methods A and C, and complies with ASME Boiler<br />

and Pressure Vessel Code.<br />

These products exceed international laws regarding ozone depleting substances and comply<br />

with Australian and New Zealand legislation regarding aerosol products.<br />

USES<br />

The Ardrox 907PB Flaw Detection Process is used as a local inspection method to find cracks,<br />

porosity and similar surface discontinuties in all types of metals, ceramics and certain<br />

plastics. It has wide uses in the general engineering industry.<br />

Where large structures are encountered Ardrox 907PB may be more easily used as a water<br />

washable penetrant and excess penetrant removed with water.<br />

METHOD OF USE<br />

Essentially the process consists of the following stages:-<br />

1. Ensure that the surface to be inspected is free from rust, scale, carbon, paint, oil or<br />

grease. Clean the area to be inspected with Ardrox 9PR50C.<br />

2. Apply Ardrox 907PB to the area to be inspected and allow the penetrant to remain on<br />

the surface for 10-30 minutes. Remove as much as possible of the excess penetrant by<br />

wiping with a clean cloth or tissue. Remove the remaining excess penetrant with a cloth<br />

or tissue moistened with Ardrox 9PR50C or water.<br />

3. Spray a thin even film of Ardrox 9D1B onto the surface and leave for 10 minutes.<br />

4. Inspect for defects in daylight or good artificial light. Cracks, folds or cold shuts are<br />

revealed as red lines and porosity as a series of dots.<br />

EFFECTS ON MATERIALS<br />

The process is safe to use on all metals. Some plastics may be degraded by the solvents and<br />

this should be checked before use where such materials are likely to be encountered.<br />

PRECAUTIONS<br />

In aerosol the products are classified as flammable compressed gases and must be used<br />

under conditions of good ventilation to maintain the vapours below the lower explosive limit<br />

(L.E.L.). In confined areas some form of forced ventilation is recommended. Smoking should<br />

not be allowed when using the process. The normal precautions associated with aerosols<br />

should be observed.<br />

PLEASE REFER TO OUR MATERIAL SAFETY DATA SHEETS BEFORE USE.<br />

TECHNICAL INFORMATION<br />

FLASH POINT<br />

L.E.L<br />

Ardrox 907PB Red Dye Penetrant >100°C P.M.C.C 1-12%<br />

Ardrox 9PR50C Precleaner/Penetrant Remover Minus 7°C Closed Cup 1-5%<br />

Ardrox 9D1B Developer Minus 20°C Closed Cup 2-13%<br />

These are typical values and do not constitute a specification.<br />

GENERAL INFORMATION<br />

SureChem Industries market a wide range of products and processes for finding surface<br />

defects by both visible and fluorescent methods, along with a wide range of chemical<br />

products and associated equipment for cleaning, descaling, paint and carbon removal<br />

and metal protection. Our Sales Engineers would be pleased to advise on any particular<br />

problems.<br />

WELDING CABLE SELECTION<br />

WELDING EQUIPMENT<br />

Part Number Size in Sq. mm Current rating Approx. Weight<br />

(Amps @ 100%) diameter (mm) (KG per M)<br />

7901221 25mm sq. 160 11.3 0.297<br />

7901222 35mm sq. 200 12.6 0.395<br />

7901223 50mm sq. 250 14.2 0.536<br />

7901224 70mm sq. 315 16.2 0.744<br />

7901225 95mm sq. 380 18.3 0.993<br />

As Welding current is affected by the length of your leads due to Voltage Drop it is important that the correct cable<br />

size is used for your welding application. The table below can be used as a guide to determine the required cable size<br />

for your welding application.<br />

DISTANCE OF CABLE IN M<br />

20 40 60 80 100<br />

WELDING CURRENT (AMPS)<br />

REQUIRED CABLE SIZE<br />

100 25 25 35 50 50<br />

150 25 25 50 70 70<br />

200 25 50 70 95 95<br />

250 35 50 95 95 2 x 70<br />

300 35 70 95 2 x 70 2 x 70<br />

400 50 95 2 x 70 2 x 95 Special Request<br />

500 70 95 2 x 95 Special Request Special Request<br />

600 95 2 x 70 2 x 95 Special Request Special Request<br />

52 <strong>SPW</strong> GROUP PTY LTD

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