Strahlmittel für Apparate- und Behälterbau
Strahlmittel für Apparate- und Behälterbau
Strahlmittel für Apparate- und Behälterbau

Blasting media for plant and vessel construction

Choosing the right blasting media deter­mines surface cleanliness

Sui­table blasting media for plant and vessel construction

TESTRA® R Strahlmittel

TESTRA®R
Blasting Abrasive

Angular single-use blasting abrasive based on blast furnace slag

Glasgranulat ST Strahlmittel

Glass Gra­nulate ST Blasting Agent

Angular, iron-free single-use and reusable blasting agent based on flat glass

NASTRA® Strahlmittel

NASTRA®
Blasting Media

Angular expen­dable blasting media based on iron silicate

VitroBlast® Strahlmittel

Vit­ro­Blast® blasting media

Angular, iron-free single- and reusable blasting media based on hollow glass

VitroBlast® Strahlmittel

Glass Gra­nulate MG Blasting Media

Angular, iron-free single-use and reusable blasting media based on colored hollow glass

Glasperlen Strahlmittel

Glass Beads Blasting Media

Sphe­rical, iron-free single-use and reusable blasting media based on melted flat glass

Granat Strahlmittel

Garnet
Blasting Abrasive

Natural, iron-free recy­clable blasting abrasive based on the mineral garnet

Edelkorund Strahlmittel

White Fused Alumina Blasting Media

Angular, iron-free reusable blasting media based on high-purity alu­minum oxide (99%)

Normalkorund Strahlmittel

Normal Cor­undum Blasting Abrasive

Angular, iron-free, reusable blasting abrasive based on alu­minum oxide (95%)

Stahlkies Strahlmittel

Steel Grit
Blasting Abrasive

Angular, crushed metallic reusable steel abrasive

MSK Strahlmittel

MSK
Blasting Abra­sives

Angular single-use blasting abrasive based on molten chamber slag

Steel Shot Strahlmittel

Steel Shot Blasting Media

Round, metallic, reusable blasting abrasive made of steel

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Our experts will advise you on the appro­priate blasting agents:

  • Over 80 years of experience
  • Made in Germany

We are happy to assist you:

For gentle cleaning, paint stripping and surface activation

In plant and vessel con­s­truction, the quality and safety of manu­fac­tured com­ponents play a central role. Pressure vessels, tanks, reactors or piping systems are gene­rally made of steel, stainless steel or alu­minium and are used in indus­tries such as che­micals, food, phar­maceu­ticals and energy. Deposits, rust or mill scale on the surface not only impair the adhesion of coa­tings, but can also jeo­pardise ope­ra­tional safety. 

This is why blasting media are indis­pensable: they clean, strip coa­tings and activate sur­faces without damaging the material structure, creating the optimal basis for cor­rosion pro­tection, paint systems or metallic coatings.

Why blasting media are important in plant and vessel construction

Surface requi­re­ments in plant engi­neering are par­ti­cu­larly high. Stan­dards such as DIN EN ISO 8501–1 for cle­an­liness grades or industry-spe­cific spe­ci­fi­ca­tions require precise surface quality. 

Sel­ecting the right blasting media, the appro­priate grit size and the sui­table blasting pressure is crucial to ensure gentle and effi­cient surface preparation.

Blasting media fulfil several functions:

Cleaning

Rust, mill scale, oil, grease and old coa­tings are reliably removed.

Roug­hening

For optimum adhesion of primers, paints or metallic coatings.

Surface acti­vation

Incre­asing surface energy for uniform coatings.

Stan­dards-com­pliant preparation

Ensuring the required cle­an­liness grades and surface profiles.

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Find out more now and find the right blasting media for your application!

We will be happy to help you:

Benefits of using blasting media in plant and vessel construction

  • Effective removal of rust, mill scale and deposits
  • Stan­­dards-com­­pliant surface pre­pa­ration in accordance with ISO 8501–1 and ISO 8503.
  • Gentle cleaning of sen­sitive components
  • Optimal adhesion for coa­tings, paints or metallic pro­tective systems.
  • Longer service life and ope­ra­tional safety of equipment and vessels.

Tips for using blasting media in plant and vessel construction

Stainless steel or alu­minium parts should only be pro­cessed with iron-free blasting media to avoid cor­rosion or flash rust.

For cor­rosion pro­tection systems, surface pro­files are recom­mended depending on the coating system.

Robust steel vessels can with­stand higher pres­sures, while sen­sitive equipment requires lower pressure to avoid material damage.

Worn blasting media reduces removal per­for­mance and can lead to an uneven surface.

Freshly blasted sur­faces oxidise quickly. Primers, paints or metallic coa­tings should the­r­efore be applied as soon as pos­sible after blasting.

Blasting work gene­rates dust and abrasion. Respi­ratory pro­tection, gloves, pro­tective clothing and, if necessary, extra­ction increase safety.