BASF Carbonyl Iron Powder
Hard Grades
- onionskin structure
- not compression-moldable
- iron content 97~98%
- C max. 1.2%
- N max. 1.0%
- O max. 1.2%
Soft grades
- onionskin structure lost
- compression-moldable
- electromagnetic performance
- iron content > 99.5 %
- C max. 0.05%
- N max. 0.01%
- O max. 0.2%
Microwave Absorption
EMI/MWA/RAM
CIP offerings for microwave absorption in EMI shielding and Radar applications
CIP offerings for excellent transmission damping properties in various frequency regimes
CIP offerings for microwave absorption in EMI shielding and Radar applications ;
- ET, coarse grades, is to be launched to extend the size range of E offerings
|
Fe (%) |
C (%) |
Ave. D50 (um) |
Electrical resistance |
| EW |
min. 97.0 |
max. 0.9 |
3.0 - 4.0 |
- |
| EW-I |
min. 97.0 |
max. 0.9 |
3.0 - 4.0 |
++ |
| ER |
min. 97.0 |
max. 1.0 |
max. 4.5 |
- |
| ET* |
min. 97.0 |
max. 1.0 |
max. 5.5 |
- |
| ET-I* |
min. 97.0 |
max. 1.0 |
max. 6 |
++ |
Inductive Components_SMD Inductor
inductor
CIP offerings for inductor
Standard application
CIP SQ ; SQ-I
High permeability
CIP SE ; SE-I and SE-HT
High frequency (>10Mhz)
CIP EW ; EW-I ; HQ-I ; HQ-I premium ; SF ; SF-I and SF-HT
High Temp. Thermal Stablen
CIP SQ-HT ; SE-HT ; SQ-HT X
Optimized water absorption
CIP SQ-W
* BASF proprietary coating
* Thermal stable CIP for automotive inductors (EV and charging station)
* BASF advances its annealing technology and launches CIP SE and CIP SE-I for high-end electronic applications
Groundwater Remediation
ZV Iron Microspheres 200
Ultrafine Zero Valent Iron Powders For In-Situ Groundwater Remediation
- Small particle size (D50 < 5.2 μm)
- High surface area (200m2/kg)
- Spherical particles
- Large number of particles
- Easily dispersable in aqueous slurries
- Easily injectable
- High-purity iron (metal impurities < 50 ppm)
- Excellent price-performance
Diamond Synthesis & Diamond Tools
Diamond Tool
C grades for diamond Tool: Prompt CD and CF
- Annealed grades without SiO2 coating
CIP CD : D50 is fine 3.5 –6.0 µm, and has a narrow size distribution
CIP CF : ideal for high purity application
Metal Injection Molding (MIM) & Powder Metallurgy (PM)
MIM
Metal Injection Molding
Key differentiation: customer specification, spherical morphology, strong batch to batch consistency
Magnetorheological Fluids
MRF
Magnetorheological Fluids
CIP CC and CIP CD: ideal offerings for MRF suspensions
Application conditions:
- CIP CC: Silicated, preferable for SiO2-compatible formulation
- CIP CD: no coating, preferable for applications under extreme high shear stress
Food & Nutrition
CIP CF : High purity, well defined size distribution, certificated to ISO
9001 and approved use in food, pharma and nutrition
- Appearance : grey, fine grained powder, with mechanically soft, spherical particles
