The world of non-latex condoms is a mysterious one. There aren’t many options. In another post we confirm that there is no such thing as flavored non-latex barriers. Also, most manufacturers do not make “special” sizes for non-latex. By special, I mean anything smaller or larger than 2.1″/53mm base wide and 7.5″/190mm long. Some brands offer sizing information on their packaging, such as Lifestyles’ SKYN and Glyde. But most remain vague.
Each of our size guides offers non-latex options (see our main condom chart or try our condom size calculator for a quicker search). We have consolidated that information into this post to make dimensions easier to find. This chart is organized by “Regular” and “Large”. There is no “small” or “snug” size non-latex. Scroll to the bottom for female condoms (sometimes called “internal condoms”) and sex dams.
Read more about the differences between polyisoprene and polyurethane.
(Some external links may be affiliate links that earn us a small commission but this information is not sponsored by any company. All opinions and advice are our own).
Trojan Supra BareSkin
Made of polyurethane. Trojan’s only non-latex male condom.
Classic straignt shape
Base width: 2.1″/53mm
Length: 7.9″ /200mm
This is the first ever LARGE polyisoprene condom.
It’s wider than most large condoms but not quite as long. Ideal for thicker than average men.
Base width: 2.2″/56mm
FC2 Female Condom
Latex free, made of nitrile synthetic rubber. Here is FC2 official site.
As of now, there is still a one-size-fits-all approach to female condoms.
Opening width: 3.0″ / 76mm
Length: 7.2″/ 185mm
Non-latex Sex Dams
Made of polyurethane. These are the only non-latex we could find. Do you know of other options (besides saran plastic wrap!).
No flavor added. Standard size.
6″ X 8″/152mm X 203mm
Dams and condoms are extra special when lubricant is involved. Don’t forget to use this essential item.
Confused about what condom width fits your penis girth? Simply divide you penis girth by 2.25 (penis girth/2.25 = condom width). Read how we got this formula.