Depends on the density of the product.
10 micron.
Yes - a 5 micron will filter out much smaller particles than a 30 micron.
It's not. 0.8 micron is bigger.
0.8
Not possible to answer ! A micron - is a linear measurement... GSM is a measurement of weight !
150 GSM
Micron (µm) and GSM (Grams per Square Meter) are units of measurement for thickness and weight, respectively. To convert microns to GSM, you would need information about the material's density. The formula for this conversion is: GSM = (Microns * Material Density) / 10.89 Without knowing the material's density, it's not possible to directly convert microns to GSM. So, you'd need to obtain the density of the material in question to make this conversion. The formula assumes that the density is in grams per cubic centimeter (g/cm³). Once you have the density of the material, you can plug it into the formula to convert any micron thickness to GSM.
A gsm is a measure of mass per unit area while a micron is a measure of length or distance. The two measure different things and, according to basic principles of dimensional analysis, conversion from one to the other is not valid.
Vanguard card manufacturer states that 230 micron= 180gsm and 280micron=220gsm
Depends on the density of the product.
43 microns= 300gsm 1micron=Appx 7gsm[6.97gsm]
170 to 230 gsm paper used for paper plates and cups
You can't ! Microns are measurements of length - gsm is a unit of weight !
1gsm=0.14micron 178gsm=24.92 micron
It looks to be similar, I was looking at Extreme Platinum (Xerox) paper that is listed as 102 Microns, - some suppliers list it as being 75 GSM and others 80 GSM.
None, since there can be no conversion. gsm (grams per square metre is a measure of mass per unit area - a kind of density whereas a micron is a measure of length. The two measure different characteristics and, according to the most basic principles of dimensional analysis, any attempt at comparisons or conversions between the two are fundamentally flawed. A material with high density would be much thinner (fewer microns) than one with low density.