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Z1 Zirconium Polyester Plastic Media
- Description
- Feature
- Applications
The Z1 plastic tumbling media give the fast cut like ceramic media while smooth surface like plastic media. So the surface after Z1 plastic media treatment is ready to polish.
The typical application is the medical parts made from Titanium material.
- Heavy-weight media
- Very fast cutting power similar to the ceramic media
- Cutting performance (smooth surface) similar with plastic media
- A combination of good cut and nice finishing
- High value-added metal like medical parts, aerospace blade
- Titanium metal parts
- Used in centrifugal disc finishing machine and vibratory finishing machines
- The process can replace ceramic media and common polyester plastic media into one step
- The surface is ready for microbrite porcelain ball to burnish
- Suitable for Titanium parts deburring and polishing, application include 3D printed parts, aerospace parts, medical parts etc
Related Products
Z1 Zirconium Polyester Plastic Media
Z1 Zirconium Polyester Plastic Media — fast-cutting heavy-weight plastic media for titanium, medical and aerospace parts finishing
Z1 zirconium polyester plastic media combines the cutting speed of ceramic media with the smooth, controlled surface finish of standard plastic media — in a single media type. The abrasive system uses zirconium silicate as the cutting agent within a polyester plastic matrix. Zirconium silicate is a harder, denser abrasive than the aluminium oxide used in standard plastic media, giving Z1 significantly faster cutting rates. The polyester matrix delivers the smooth, non-chipping action and the surface finish quality normally associated with plastic tumbling media.
The typical application is titanium parts: medical implants, aerospace blades, 3D-printed titanium components and other high-value titanium-alloy parts. Titanium is hard and tough — standard plastic media cuts it too slowly; ceramic media can produce a surface that still requires a subsequent plastic polishing step. Z1 performs both operations in one: fast enough to deburr and reduce roughness efficiently, smooth enough to leave the surface ready for porcelain ball burnishing or final inspection without an intermediate step.
- Zirconium silicate abrasive — cutting speed comparable to ceramic media
- Polyester plastic matrix — smooth surface finish comparable to plastic media
- Single-step process — replaces separate ceramic deburring + plastic pre-polish steps
- Heavy-weight media — higher mass than standard plastic for more cutting energy
- Ideal for titanium, medical parts, aerospace components
- Surface ready for porcelain ball burnishing after Z1 treatment
At a glance
| Media type | Zirconium polyester plastic (Z1) |
| Abrasive | Zirconium silicate in polyester plastic matrix |
| Cutting speed | Fast (comparable to ceramic media) |
| Surface finish | Smooth (comparable to plastic media) |
| Colour | Tan |
| Machines | Vibratory finishing machines; centrifugal disc finishing machines |
| Primary application | Titanium parts (medical, aerospace, 3D printed) |
How Z1 media positions in the finishing process
Standard finishing of titanium or hard alloy parts typically requires two media stages: ceramic media for aggressive deburring and roughness reduction, followed by plastic media for surface smoothing and pre-polish. Z1 eliminates the need for the plastic intermediate step. Its ceramic-level cutting speed handles the deburring and roughness reduction; its plastic-matrix surface finish leaves the part smooth enough to move directly to final burnishing with porcelain balls or to inspection.
| Process | Without Z1 (2-step) | With Z1 (1-step) |
|---|---|---|
| Stage 1 | Ceramic media — deburr and rough reduction | Z1 media — deburr + smooth in one step |
| Stage 2 | Plastic media — surface smooth / pre-polish | Porcelain ball burnish (or direct to inspection) |
| Total media steps | 2 | 1 |
| Machine changeovers | 2 | 1 |
How Z1 media compares to standard ceramic and plastic
| Z1 Zirconium Plastic | Ceramic Media | Standard Plastic | |
|---|---|---|---|
| Cutting speed | Fast | Fast | Slow–medium |
| Surface finish quality | Smooth (plastic-like) | Rougher than plastic | Smooth |
| Weight / density | Heavy (zirconium-loaded) | Medium–high | Light (40% less than ceramic) |
| Titanium / hard alloys | ✓ Preferred | Requires follow-up polish | Too slow |
| Process steps needed | 1 (deburr + smooth) | 2 (deburr + smooth separately) | 1 (smooth only) |
| Ready for porcelain burnish | ✓ Yes | Not typically | ✓ Yes |
Typical applications
| Application | Why Z1 media |
|---|---|
| Medical implants (titanium) | Fast deburring + smooth surface in one step; ready for microbrite burnish |
| Aerospace turbine blades (titanium, hard alloys) | High-value parts; single-step efficiency; smooth finish without additional stage |
| 3D-printed titanium parts | Removes layer lines and surface roughness from additive manufacturing |
| High-value metal parts (general) | Reduces process steps and handling of expensive components |
Why Inovatec — a finishing partner, not just a media supplier
| 1-step Replaces 2-step process Z1 combines ceramic cutting speed with plastic surface quality in one media. | Free Sample available Request a Z1 sample for trial on your titanium or high-value parts. | 24h Reply on inquiries Process design, media selection, compound pairing — fast technical answers. |
| 60+ Countries served Factory-direct supply with export documentation as standard. | 15+ Years in finishing media Trusted by Bosch, Swatch, Toyota and 1,000+ customers in 60+ countries. | Machine & media from one supplier Vibratory and centrifugal disc machines plus matched Z1 media — one source. |
| Processing titanium or high-value metal parts? Tell us your part material, current process steps, target Ra and machine type. We reply within 24 hours with a Z1 media recommendation and free sample offer. |