Ceramic beads 0.125-0.180mm Equvalant to Zirblast B100 for Titanium alloy pipe blasting
Ceramic beads 0.125–0.180 mm, equivalent to Zirblast B100, are spherical zirconia ceramic blasting media for titanium alloy pipe surface treatment.
The round particle profile produces a uniform, smooth satin finish without deep etching or sharp embedded contamination on titanium surfaces.
It induces controlled compressive residual stress to boost the fatigue performance of titanium tubes.
This medium features high toughness, low breakage rate and outstanding reusability, cutting overall blasting costs.
It generates less dust than angular abrasives and is ideal for pre-blasting before coating, passivation and inspection of aerospace and industrial titanium alloy pipes.
Product Name：Ceramic Sand B100
Particle size: 125-180um(0.125-0.180mm)
Other Names：Ceramic sand B100, Zircon sand, Zircon beads, Ceramic shotblasting media, Zirblast B100,Ceramic microsphere, Micro ceramic ball,Zirblast B100, Microsfere di ceramica.Pallinatura Ceramica,Micropallinatura ceramica, Microbilles de céramique,Billes céramiques, керамических шариков, Керамические микросферы, Microesferas de circonio, Microesfera o bola cerámica, Microesferas de cerámica
Characteristics of Ceramic beads 0.125-0.180mm Equvalant to Zirblast B100 for Titanium alloy pipe blasting:
Durability: Long-lasting due to high fracture resistance.
Reusability: Can be recycled multiple times, reducing cost.
Smooth Finish: Provides a uniform, matte, or satin surface without embedding.
Low Contamination: Chemically inert, no metallic residues.
Chemical composition of Ceramic beads:
| Chemical | Typical value（%） | Value range（%） |
| ZrO2 | 63.80 | 60-70 |
| SiO2 | 26.82 | 28-33 |
| AL2O3 | 9.08 | Max 10 |
| Fe2O3 | 0.03 | Max 0.1 |
| TiO2 | 0.24 | Max 0.4% |
Physical Index:
| Item | Standard Value(%) | Measured Value(%) |
| Particle Size | ＞0.180 mm :＜10 0.125-0.180 mm:＞80 ＜0.125 mm: ＜10 | 6.6 88.3 5.1 |
| Specific Gravity | 3.6-3.95 g/cm3 | 3.86 g/cm3 |
| Bulk Density | Min. 2.30 g/cm3 | 2.31 g/cm3 |
| Vickers Hardness | Min. 700 HV | 730HV |
Other Specification：
| Specification | Particle Range | Diameter | Sieve Retained Ratio |
| B20 | 0.600-0.850 mm | ＞0.85mm | ＜5% |
| 0.6-0.85 mm | ＞90% | ||
| ＜0.6 mm | ＜5% | ||
| B30 | 0.425-0.600 mm | ＞0.6 mm | ＜5% |
| 0.425-0.60 mm | ＞90% | ||
| ＜0.425 mm | ＜5% | ||
| B40 | 0.250-0.425 mm | 0.425-0.500 mm | ＜5% |
| 0.250-0.425 mm | ＞90% | ||
| ＜0.250 mm | ＜5% | ||
| B60 | 0.125-0.250 mm | 0.250-0.300 mm | ＜5% |
| 0.125-0.250 mm | ＞90% | ||
| ＜0.125 mm | ＜5% | ||
| CB60 | 0.125-0.250 mm | 0.250-0.300 mm | ＜5% |
| 0.180-0.250 mm | 40-55% | ||
| 0.125-0.180 mm | 35-55% | ||
| 0.106-0.125 mm | ＜8% | ||
| ＜0.106 mm | ＜5% | ||
| CB60+ | 0.125-0.250 mm | 0.250-0.300 mm | ＜5% |
| 0.180-0.250 mm | 65-75% | ||
| 0.125-0.180 mm | 25-35% | ||
| 0.106-0.125 mm | ＜5% | ||
| ＜0.106 mm | ＜2% | ||
| B80 | 0.180-0.250 mm | 0.250-0.300 mm | ＜10% |
| 0.180-0.250 mm | 85-100% | ||
| 0.125-0.180 mm | ＜10% | ||
| B100 | 0.125-0.180 mm | ＞0.180 mm | ＜10% |
| 0.125-0.180 mm | ＞80% | ||
| ＜0.125 mm | ＜10% | ||
| B120 | 0.063-0.150 mm | 0.150-0.212 mm | ＜3% |
| 0.125-0.150 mm | 35-45% | ||
| 0.063-0.125 mm | 55-65% | ||
| ＜0.063mm | ＜5% | ||
| NB120 | 0.063-0.125 mm | ＞0.212 mm | ＜3% |
| 0.125-0.212 mm | ＜10% | ||
| 0.063-0.125 mm | ＞80% | ||
| ＜0.063 mm | ＜10% | ||
| FB120 | 0.125-0.150 mm | ＞0.150 mm | ＜5% |
| 0.125-0.150 mm | ＞90% | ||
| ＜0.090 mm | ＜5% | ||
| B125 | 0-0.125 mm | ＞0.125 mm | ＜5% |
| B150 | 0.063-0.150 mm | ＞0.150 mm | ＜5% |
| ＜0.063 mm | ＜5% | ||
| B170 | 0.045-0.150 mm | ＞0.150 mm | ＜5% |
| 0.045-0.150 mm | ＞90% | ||
| ＜0.045 mm | ＜5% | ||
| B170+ | 0.090-0.106 mm | ＞0.106 mm | ＜5% |
| 0.090-0.106 mm | 40-65% | ||
| 0.063-0.090 mm | 20-50% | ||
| ＜0.063 mm | ＜10% | ||
| BZ170 | 0.045-0.090 mm | ＞0.090 mm | ＜5% |
| 0.063-0.090 mm | 70-85% | ||
| 0.045-0.063 mm | 10-30% | ||
| ＜0.045 mm | ＜7% | ||
| BY170 | 0.045-0.090 mm | ＞0.090 mm | ＜5% |
| 0.045-0.090 mm | ＞85% | ||
| ＜0.045 mm | ＜10% | ||
| WB170 | 0-0.090 mm | ＞0.090 mm | ＜5% |
| B205 | 0-0.063 mm | ＞0.063 mm | ＜5% |
| B400 | 0.030-0.063 mm | ＞0.063 mm | ＜5% |
| ＜0.053 mm | ＜30% | ||
| B505 | 0.010-0.030 mm | ＞0.053 mm | ＜5% |
*Other customized sizes are available.
Applications of Ceramic beads:
Surface Cleaning: Removes rust, oxides, and coatings.
Peening: Induces compressive stress to improve fatigue resistance.
Deburring: Smoothens edges on machined parts.
Aerospace & Automotive: Used on turbine blades, engine components.
Medical & Electronics: Precision cleaning without damage.
Ceramic Beads Package:
FAQ:
1. Q: Are ceramic beads, zirconia sand, and zirconium silicate sand the same product?
A: There are many zirconia-based products on the market, and almost all originate from zircon sand; the differences lie primarily in processing and purification methods. Zircon sand consists mainly of the mineral zirconium silicate, with a chemical composition of 60–70% zirconium oxide. In the sandblasting industry, the terms “ceramic beads,” “zirconia sand,” and “zirconium silicate sand” refer to the same product—material derived from electro-fused zircon sand.
2. Q: Can zirconia sand replace glass beads?
A: In terms of blasting results, ceramic beads can fully replace glass beads and offer the advantages of higher efficiency and a longer service life (due to recyclability). However, ceramic beads entail a higher initial investment cost and are best suited for blasting high-end workpieces.
3. Q: What is the raw material used to produce ceramic blasting beads?
A: Ceramic blasting beads are manufactured from zircon sand via high-temperature electro-fusion; zircon sand is the primary raw material. Haixu Abrasives is a professional manufacturer of ceramic beads; we use Australian zircon sand with a 66% zirconia content, resulting in beads that offer high strength and excellent durability.
4. Q: How do I select the right particle size for ceramic beads?
A: Selection depends on the desired metal surface roughness. Finer ceramic beads produce a smoother surface finish with lower roughness.
5. Q: Can ceramic beads be exported?
A: Although ceramic beads contain zirconium oxide, the zirconium cannot be extracted separately from the material; therefore, ceramic beads are eligible for export.
