Click on any of the following questions to get it's answer

Q01
 Are FIBERLite® Carbon Fiber rotors more expensive than the metallic rotors I’m using now?
Q02
 How long do FIBERLite® CENTRIFUGE rotors last?
Q03
 Will FIBERLite® CENTRIFUGE rotors work in my centrifuge?
Q04
 Can I use standard tubes and bottles that I have used in metal rotors?
Q05
 Will my warranty or maintenance agreement become invalid if I use a FIBERLite® CENTRIFUGE carbon fiber rotor in my centrifuge?
Q06
 How much lighter are FIBERLite® CENTRIFUGE rotors compared with equivalent metal rotors?
Q07
 What are the major advantages of lightweight FIBERLite® CENTRIFUGE rotors?
Q08
 Do centrifuges still operate correctly with lightweight rotors?
Q09
 How do the prices of FIBERLite® CENTRIFUGE rotors compare with those of metallic rotors?
Q10
 Do the heat insulation properties of the carbon composite material used for FIBERLite® CENTRIFUGE rotors cause any problems?
Q11
 Since carbon fiber material is so inert is there any need to clean rotors?
Q12
 What types of chemicals might damage my FIBERLite® CENTRIFUGE rotors?
Q13
 Do I need to change my centrifugation conditions when I am using FIBERLite® CENTRIFUGE rotors?
Q14
 If my FIBERLite® CENTRIFUGE rotor becomes contaminated how can I decontaminate it?
Q15
 Can I sterilize my FIBERLite® CENTRIFUGE rotors by autoclaving even though they contain metal and carbon fiber material?
Q16
 In the event of rotor failure how much damage will be done to my centrifuge?
Q17
 What if my centrifuge is damaged while I am using a FIBERLite® CENTRIFUGE rotor?
Q18
 How does one read a FIBERLite® rotor model number, such as F16S-4x250y?
Q19
 How can I order my FIBERLite® CENTRIFUGE rotor?
Q20
 What is the K Factor for a rotor?
Q21 What is ELC (Enhanced liquid containment)?
Q22 Is heat transfer to sample greater in carbon fiber rotors than metallic rotors at high g-forces?
Q23 What are the tolerances relating to imbalance when comparing carbon fiber rotors against metallic rotors?