Aerospace

From turbine blades to fuselage panels, aerospace manufacturing demands perfection. CUMI’s aerospace abrasive solutions are built for extreme precision, safety, and consistency—delivering flawless grinding and finishing across critical aerospace components. Whether it’s prepping composite surfaces or achieving ultra-smooth finishes on high-performance alloys, CUMI ensures tight tolerances compliance and minimal heat with controlled material removal and high quality surface finish. 

Components
Components
Applications
Applications

Aerospace Abrasives Applications & Solutions

Grinding

For critical dimensional accuracy in structural parts, landing gear, turbine blades, and fastners—CUMI abrasives remove stock efficiently without compromising the substrate.

Product Options:

  1. Creep feed grinding wheel
  2. Centerless grinding wheel
Sanding​

Ideal for prepping composite surfaces, smoothing fuselage panels, and cleaning weld seams before final inspection. Offers superior control for both manual and automated sanding systems.

Product Options:

  1. Ceramic belt

Why Choose CUMI As your Aircraft Manufacturing Abrasive Supplier

Tailored Solutions

Application-specific products for engine, airframe, or interior component manufacturing.

Quality Finish

Uniform grit and bonding ensure repeatable outcomes across large production runs.

Durability

Long-lasting abrasives that reduce changeovers in high-volume environments.

Expert Technical Support

CUMI’s team collaborates with your engineers for process optimization and spec compliance.

FAQ’s Of Aeroplane Manufacturers On Aerospace Abrasives

Using CUMI’s micro-grit sanding belts and sheets, along with proper sequence progression (e.g., 180 → 240 → 320), helps maintain fiber integrity while achieving a uniform finish.

CUMI’s non-woven wheels and fine-grit flap discs are excellent for achieving satin or mirror finishes on aluminum without gouging or overcutting.

CUMI offers specially formulated silicon carbide wheels and coated abrasives that minimize heat generation and prevent contamination—ideal for high-performance alloys like titanium, Inconel, and Hastelloy.

Contamination is a critical concern in aerospace, especially when working with titanium, composites, or other high-performance alloys where even trace impurities can affect bonding, coating, or fatigue resistance. To minimize contamination:

  • Use non-ferrous, contaminant-free abrasives specifically engineered for aerospace use.
  • Ensure abrasives are free from fillers or binders that could react with surface materials.
  • Maintain a clean working environment and avoid cross-contamination from tools used on other metals.