It looks like you’re referring to SAGE Graphite 990SP, which is a high-performance graphite material often used in specialized applications. Here’s what you might be looking for:
SAGE Graphite 990SP Overview:
– Type: Ultra-high-purity synthetic graphite
– Applications:
– Semiconductor manufacturing
– High-temperature furnaces
– Aerospace components
– Nuclear reactors
– Chemical processing
– Key Properties:
– High thermal stability
– Excellent electrical conductivity
– Superior corrosion resistance
– Low thermal expansion
– High mechanical strength
Typical Specifications:
– Purity: ≥ 99.9% carbon
– Density: ~1.8–1.9 g/cm³
– Flexural Strength: ~50–70 MPa
– Thermal Conductivity: ~100–150 W/m·K
– Max Operating Temperature: ~3000°C (in inert atmospheres)
Where to Use It?
– Semiconductor Industry: Crucibles, heaters, and diffusion furnace parts.
– Aerospace: Rocket nozzles, thermal protection systems.
– Energy: Electrodes for high-temperature reactors.
Would you like details on suppliers, machining considerations, or comparisons with other graphite grades? Let me know how I can assist further!
It looks like you’re referring to SAGE Graphite 990SP, which is likely a specific grade or type of graphite material. Here’s what I can infer based on industry knowledge:
SAGE Graphite 990SP – Possible Characteristics:
1. Manufacturer: “SAGE” could be a brand or supplier specializing in graphite products (e.g., SAGE Electrochromics, but more likely a graphite producer).
2. Grade (990SP):
– 990 may indicate a high-purity or high-performance grade (e.g., 99.9% carbon content).
– SP could stand for “Special Purpose,” “Sintered Powder,” or “Superfine Particle.”
Typical Applications of High-Purity Graphite:
– Electrodes (EDM, furnace, or battery applications).
– Thermal management (heat sinks, crucibles).
– Semiconductor/Lithium-ion battery components.
– Industrial seals or bearings.
Next Steps:
– Check the technical datasheet from the supplier for exact properties (density, resistivity, particle size, etc.).
– Verify if it’s isotropic (uniform properties) or extruded/molded.
– Confirm intended use (e.g., conductive additive, refractory material).
If you have more context (e.g., application, supplier details), I can refine the answer!