Abrasive
Plastic Media Type V 30 mesh
| Material | Industrial abrasive |
|---|---|
| Grade range | Multiple grades |
| Pack sizes | Bags / drums / bulk |
| MOQ | As per enquiry |
| Origin | India |
| Availability | Confirmed on enquiry |
| Delivery | Domestic & export |
- Tested before dispatch
- Demo / site visit
- Installation support
- GST invoice
Grades & Price
Compare grade and packing — then request the best price.
| Grade | Pack | Best for | Material | |
|---|---|---|---|---|
| S-280 | 25 kg bag | General blasting | — | |
| S-330Popular | 25 kg bag | Shot blasting | — | |
| S-390 | 25 kg / bulk | Heavy cleaning | — |
Specifications
Technical details for planning, quotation and supply.
| Product | Plastic Media Type V 30 mesh |
|---|---|
| Media Type | Type V (Acrylic) |
| Mesh Size | 30 mesh |
| Material | Acrylic plastic |
| Hardness | needs_confirmation |
| Particle Shape | Angular |
| Pack Options | 25 kg bag, 50 kg bag, 1 ton jumbo bag, bulk tote, drum pack |
| MOQ | needs_confirmation |
| Country of Origin | needs_confirmation |
Product description
Details buyers use to confirm grade, use and supply.
Acrylic Plastic Media for Aerospace and Precision Stripping
Type V acrylic plastic media is the industry standard for stripping paint, primers, and coatings from aircraft components, composite parts, and delicate metal surfaces. The 30-mesh particle size provides a consistent, medium-aggressive cut that removes coatings efficiently while preserving the integrity of the underlying substrate. Unlike mineral abrasives, plastic media does not generate sparks, embed into the surface, or alter the profile of the base material.
This media is formulated from high-purity acrylic resin, ensuring uniform hardness and low dust generation during blasting. It is recyclable multiple times, which reduces media consumption and overall process cost. Typical applications include stripping fuselage panels, wing sections, radomes, helicopter rotor blades, and automotive composite body panels.
Selection and Handling Guidance
Selecting the correct mesh size is critical for achieving the desired strip rate and surface finish. The 30-mesh grade is a versatile mid-range option suitable for general aerospace stripping where moderate coating thicknesses are encountered. For thicker, tougher coatings, a coarser grade may be considered; for extremely thin or sensitive coatings, a finer mesh is recommended.
Store plastic media in a dry environment to prevent moisture absorption, which can cause clumping and inconsistent flow through metering valves. When using in pressure blast or suction blast cabinets, ensure the media is properly screened before reuse to remove broken particles and coating debris. Regular replenishment with fresh media maintains consistent performance.
About SPA2Z — Plastic Media Type V 30 Mesh Supply
SPA2Z supports industrial buyers sourcing Plastic Media Type V 30 mesh by offering flexible pack configurations and a straightforward enquiry process. We understand that abrasive blasting operations require reliable media that performs consistently across batches. Our team helps you confirm the correct grade and mesh size for your specific stripping application, whether you are maintaining a fleet of aircraft, processing composite components, or running a contract blasting facility.
Contact SPA2Z with your target substrate, coating type, and monthly consumption volume. We provide quotation support for trial orders, scheduled deliveries, and bulk supply agreements.
Applications
Common industrial uses for this abrasive.
Aerospace MRO
Stripping paint and primers from aircraft fuselage, wing, and control surface skins during scheduled maintenance and overhaul.
Composite Part Stripping
Removing coatings from carbon fiber, fiberglass, and Kevlar components without fiber damage or delamination.
Automotive Body Panels
Stripping paint from plastic bumpers, hoods, and body panels where heat or chemical stripping would cause warping.
Delicate Metal Cleaning
Cleaning aluminum castings, magnesium housings, and thin-gauge sheet metal without surface profile change.