Meet Us at National Ploughing Championships

2019-09-06T09:11:15+02:00

There’s no other corrosion protection system that provides the long life, durability and reliable performance of galvanising.🗣 Come Visit us at the National Ploughing Championships at Block 1, Row 6, Stand 159. 17th – 19th September, Ballintrane, Fenagh, Co. CarlowLearn more about Hot Dip Galvanised Steel in Agriculture

Meet Us at National Ploughing Championships2019-09-06T09:11:15+02:00

Industry Open Day

2019-08-23T14:03:09+02:00

GALVANIZING INDUSTRY OPEN DAY - 15th OCTOBER 2019 You are invited to join us for celebrating the Galvanizing Industry’s second Open Day on October 15th. It is a perfect opportunity for you to see how the domestic galvanizing industry contributes to building Ireland.   Hot dip galvanizing is a highly controlled factory led

Industry Open Day2019-08-23T14:03:09+02:00

Hot Dip Galvanising of Small Components

2018-07-09T15:27:40+02:00

Small articles may be galvanized by variation on the standard hot dip galvanising process and is known as `Centrifuge (or spin) Galvanising`. In centrifuge galvanizing the work follows the same process route as for larger articles except the items are loaded into a basket which is spun at high speed immediately after

Hot Dip Galvanising of Small Components2018-07-09T15:27:40+02:00

A Guide to Hot Dip Galvanizing to Standard BS EN ISO 1461 : 2009

2018-07-06T12:02:01+02:00

The European and International standard covering post-fabrication hot dip galvanizing of steelwork I.S. EN ISO 1461 : 2009 Hot Dip Galvanized Coatings n Fabricated Iron and Steel Articles – Specifications and Test Methods, covers the galvanizing of steel fabrications, sections and castings in a bath of molten zinc containing a minimum of

A Guide to Hot Dip Galvanizing to Standard BS EN ISO 1461 : 20092018-07-06T12:02:01+02:00

Considerations before Hot Dip Galvanizing: Steel Composition

2018-07-05T10:26:33+02:00

During the hot dip galvanizing process, iron and steel components are heated to the temperature of the galvanizing bath, of about 450°C. While the steel is immersed in the molten zinc, layers on zinc-iron alloy are formed on the surface by a process of diffusion. When the steel components are withdrawn from

Considerations before Hot Dip Galvanizing: Steel Composition2018-07-05T10:26:33+02:00

Considerations before Hot Dip Galvanizing: Steel Condition

2018-07-04T15:33:31+02:00

The chemical composition and the condition of the steel which forms the base material are vitally important for successful hot dip galvanizing. They affect the thickness, structure and quality of the galvanized coating. For best results, it is just as important for the customer to ensure that the construction and design are suitable

Considerations before Hot Dip Galvanizing: Steel Condition2018-07-04T15:33:31+02:00

Bimetallic Corrosion

2018-07-03T17:19:11+02:00

When two dissimilar metals come into direct contact and an electrolyte such as moisture is present, a battery cell is created and an electrical current flows. This causes the more electronegative or anodic metal as determined from the electro-chemical series (see below) to corrode more rapidly. This means that galvanizing being a

Bimetallic Corrosion2018-07-03T17:19:11+02:00

Batch Galvanised vs Pregalvanised Products

2018-06-28T15:17:14+02:00

It is common misconception that any zinc coating can be termed as galvanizing but this is in fact not the case as there are many different processes by which a zinc coating may be applied. Hot Dip Galvanizing refers only to coatings formed by immersing steelwork into molten zinc. However, there are

Batch Galvanised vs Pregalvanised Products2018-06-28T15:17:14+02:00

Corrosion Prevention

2018-06-28T15:16:59+02:00

The various processes for protecting steel from corrosion using zinc and their characteristics   Hot Dip Galvanizing (General Galvanizing) A batch process in which prepared steel is immersed in molten zinc at around 450°C (galvanizing of fabricated articles in accordance with BS EN ISO 1461). A metallically bonded coating of zinc-iron alloy

Corrosion Prevention2018-06-28T15:16:59+02:00