Strahlmittel für Fahrzeugbau
Strahlmittel für Fahrzeugbau
Strahlmittel für Fahrzeugbau

Blasting Agents for Vehicle Manufacturing

The Right Sel­ection of Blasting Agents Pre­serves Value in Vehicle Manufacturing

Sui­table Blasting Agents for Vehicle Manufacturing

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 Per­manent Adhesion of Pro­tective Systems

In vehicle manu­fac­turing, cor­rosion pro­tection plays a crucial role—not only for aes­thetics, but above all for the lon­gevity and safety of body panels, chassis, and attached com­ponents. Since vehicles consist of various mate­rials such as steel, alu­minum, or com­posite mate­rials that react dif­fer­ently to envi­ron­mental influences, effective cor­rosion pro­tection is essential. To ensure per­manent adhesion of pro­tective coa­tings such as paint finishes, powder coa­tings, or gal­vanic coa­tings, tho­rough surface pre­pa­ration is indispensable. 

Blasting agents perform this task effec­tively: They remove rust, scale, old coa­tings, and dirt, and create a defined surface roughness that opti­mizes the adhesion of pro­tective systems.

Why Blasting Agents Are Indis­pensable in Vehicle Manufacturing

The requi­re­ments for sur­faces in vehicle manu­fac­turing are par­ti­cu­larly high: aes­thetics, cor­rosion pro­tection, paint adhesion, and pre­cision are para­mount. The sel­ection of the right blasting agent influences roughness, cleaning effi­ciency, and the eco­nomic via­bility of the process. For vehicle manu­fac­turing, fine-grained blasting agents are par­ti­cu­larly in demand, as they gently process sen­sitive body parts while still removing rust and old paint layers. 

Blasting agents ensure that:

  • Rust, oxides, and con­ta­mi­nants are reliably removed,
  • Sur­faces are homo­ge­nized and roughened,
  • The adhesion capacity of paint finishes or coa­tings is maximized,
  • Stan­dards and quality requi­re­ments (e.g., ISO 8501–1 for cle­an­liness grades and ISO 8503 for roughness grades) are met.

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Get informed now and find the right blasting agent for your application!

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Advan­tages of Blasting Agent Appli­ca­tions in Vehicle Manufacturing

  • Maximum adhesion for paint finishes, powder coa­tings, or metallic pro­tective systems
  • Effective removal of rust and old coatings
  • Stan­­dards-com­­pliant surface quality according to ISO 8501–1 and ISO 8503.
  • Gentle pro­cessing of sen­sitive components

Tips for Optimal Blasting Agent Appli­cation in Vehicle Manufacturing

Stainless steel or alu­minum parts should only be pro­cessed with iron-free blasting agents to prevent flash rust.

For vehicle paint finishes, a fine roughness is usually recom­mended; for underbody pro­tection or powder coa­tings, cor­re­spon­dingly higher.

Fine com­ponents require lower pressure, while robust chassis parts require higher energy.

Reused and uncleaned blasting agents reduce effec­ti­veness. Regular cleaning and sieving ensures con­sistent surface quality.

Freshly blasted metal parts react quickly with atmo­spheric moisture. Paint finishes or primers should be applied imme­diately after blasting.

Pro­tective equipment, extra­ction systems, and dust filters are man­datory, espe­cially for interior or small components.