High Temp Boron Nitride Ceramic Rods, 2 Pack, 9mm x 50mm BN Sticks for Scientific Research and Lab Experiments, Thermal Shock Resistant, Ultra Low Thermal Expansion, Durable, Reliable for Precise Measurements
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119,99 $
Prezzo scontato248,00 $risparmi 128,01 $
SKU: VXB0GVZ8LLHC
Two-Pack Boron Nitride Ceramic Rods for Lab Use
✔️ 2-pack BN rods, 9mm dia × 50mm long, 2000°C max, ultra low expansion
✅ High temperature tolerance up to 2000°C for demanding tests
✅ Ultra low thermal expansion (2-4 × 10⁻⁶/°C) maintains accuracy across temps
✅ Excellent electrical insulation minimizes interference with sensitive electronics
✅ Hexagonal boron nitride structure provides stability and chemical inertness
✅ Pack of 2 rods ready for immediate use in experiments
✔️ 2-pack BN rods, 9mm dia × 50mm long, 2000°C max, ultra low expansion
These boron nitride ceramic rods are precision-grade components used in high-temperature labs and research settings. They excel in supporting high-temp experiments, sintering processes, and electronic insulation tasks where chemical stability and dimensional accuracy matter.
✅ 9 mm diameter and 50 mm length BN ceramic rods for precise lab work✅ High temperature tolerance up to 2000°C for demanding tests
✅ Ultra low thermal expansion (2-4 × 10⁻⁶/°C) maintains accuracy across temps
✅ Excellent electrical insulation minimizes interference with sensitive electronics
✅ Hexagonal boron nitride structure provides stability and chemical inertness
✅ Pack of 2 rods ready for immediate use in experiments
💡 What is a high-temperature boron nitride ceramic rod used for in science labs? These handy BN rods are built for demanding lab work, offering stability and non-reactivity during high-temp experiments.
- Handy for high-temp supports in sintering, melting, and heat-intensive tests - Ultra low thermal expansion helps keep measurements accurate during temperature swings - Excellent electrical insulation protects sensitive electronics in experiments - Durable and non-reactive, compatible with metals, ceramics, and rare earth materials
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