RF Coils for ICP-OES
The RF load coil plays a critical role in generating the argon plasma used in ICP-OES. Positioned around the ICP-OES torch, the ICP-OES RF coil transmits high-powered radio-frequency energy, creating a strong magnetic field that sustains a stable, high-temperature plasma through electron-argon collisions.
Looking for a reliable RF coil for ICP-OES? Agilent high-quality RF load coils are designed specifically for Agilent 5000-series ICP-OES instruments, ensuring optimal performance and compatibility.
Each RF work coil unit is water-cooled to prevent overheating and should be replaced if corrosion or physical damage is observed. For enhanced durability, gold-plated RF coils offer superior resistance to corrosion and wear—ideal for high-acid or aggressive sample environments. Copper RF coils are recommended for use with organic solvents, providing extended operational life.
Whether you're replacing a worn RF coil or upgrading for better performance, our RF load coils deliver the reliability and efficiency your Agilent ICP-OES system demands.
Looking for a reliable RF coil for ICP-OES? Agilent high-quality RF load coils are designed specifically for Agilent 5000-series ICP-OES instruments, ensuring optimal performance and compatibility.
Each RF work coil unit is water-cooled to prevent overheating and should be replaced if corrosion or physical damage is observed. For enhanced durability, gold-plated RF coils offer superior resistance to corrosion and wear—ideal for high-acid or aggressive sample environments. Copper RF coils are recommended for use with organic solvents, providing extended operational life.
Whether you're replacing a worn RF coil or upgrading for better performance, our RF load coils deliver the reliability and efficiency your Agilent ICP-OES system demands.
Product Details
Features
- The argon plasma used in ICP-OES is contained in the ICP-OES torch and generated by radio-frequency (RF) energy which passes through the RF coil.
- The RF coil is water cooled and should be replaced if signs of corrosion are evident or if there is any physical sign of damage to the coil.
- Gold-plated coils are more resistant to corrosion and wear, which is particularly beneficial when working with aggressive samples or high acid concentrations.
- Copper coils are recommended for use with organic solvents for longer life.
