Kfactor Constant
Kfactor constant, abbreviated as K, in materials, refers to the thermal conductivity or thermal conductance, is a constant that represents the ability of a material to conduct heat. It quantifies how efficiently a material can transfer thermal energy from one point to another.
A higher thermal conductivity (higher Kfactor) indicates that a material is better at conducting heat, while a lower thermal conductivity (lower Kfactor) means it is a poorer conductor of heat.
For example, metals like copper and aluminum have high thermal conductivities (high Kvalues), making them excellent conductors of heat, which is why they are commonly used in applications where heat needs to be transferred efficiently, such as in electrical wiring and heat sinks. In contrast, materials like wood or insulation foam have lower thermal conductivities (low Kvalues), which makes them good insulators, as they resist the flow of heat.
 See Artical Link  Bend Allowance
Kfactor constant Formula 

\(\large{ K = \frac{ t }{ T } }\)  
Kfactor Constant  Solve for K\(\large{ K = \frac{ t }{ T } }\)
Kfactor Constant  Solve for t\(\large{ t = K \; T }\)
Kfactor Constant  Solve for T\(\large{ T = \frac{ t }{ K } }\)


Symbol  English  Metric 
\(\large{ K }\) = Kfactor constant  \(\large{in}\)  \(\large{mm}\) 
\(\large{ t }\) = neutral axis  \(\large{in}\)  \(\large{mm}\) 
\(\large{ T }\) = material thickness  \(\large{in}\)  \(\large{mm}\) 
Tags: Strain and Stress Equations Structural Steel Equations Beam Support Equations Welding Equations