Paint Performance Testing:

Radiator Paints

radiator coating

Introduction

The tests listed below relate to paints applied on-site to domestic radiators and associated pipe work.

 

Method of Testing and Assessment

The table shows the tests carried out. The links will take you to pages which give details of the test methods.

Test Standard
In Can Properties BS 3900-A2 : ISO 1513
Application Properties, Appearance and Coverage In-House
Surface Drying Time BS 3900-C2 : ISO 1517
Through Drying Time BS 3900-C3 : ISO 9117: BS EN 29117
Recoatability In House
Gloss/Sheen BS EN ISO 2813: BS 3900-D5
Chip Resistance BS AU 148: Part 15
Adhesion (to radiator factory finish, aged alkyd paint and copper) BS EN ISO 2409: BS 3900-E6
Temperature Resistance (colour change on heating) In House
Pencil Hardness (while hot) ASTM D 3363
Scratch Resistance ISO 1518

We do not set our own pass/fail criteria so we offer the following options:-

Option 1: Client Assessment

This option is available to clients who are happy to make their own interpretation of the test results. They can submit one or more coatings with or without a reference coating.

Option 2: PRA Assessment

This option is appropriate for clients who would like us to comment on the significance of the test results and to give our opinion on the performance of the coatings tested. Experience has shown that the most effective way that we can do this is:-

You can include additional coatings for comparison with the reference coating or with each other.

Clients can submit their own reference coating but if they provide one which they do not make or market, we ask that they re-label it as (for example) "Sample X". We do not issue reports containing the names of coatings unless they are made or marketed by the client.

On completion of the tests, we issue a report which give the results obtained and (if you have requested that option) our opinion of the quality of the coatings under test.

Further Details

Please contact Peter Collins for pricing, sample requirements and timescales

 

Back to top of page