For most washroom projects, the material choice comes down to traffic, moisture, maintenance expectations and budget. UK supplier material libraries consistently position MFC for dry, lighter-use environments, HPL for more heavily used areas, and SGL for wet or high-demand environments where maximum durability and water resistance are needed.
| MFC is the budget-led dry-area option. |
| HPL is a durable everyday commercial option. |
| SGL is strongest for wet areas and heavy use. |
| The best material depends on use-case, not just cost. |
MFC stands for melamine-faced chipboard. Industry material libraries commonly describe it as best for dry environments with light to moderate use, and it's typically the most cost-effective finish for lower-traffic washrooms — it's what we specify most often for standard economy toilet cubicles.
HPL stands for high-pressure laminate. It's widely regarded across the washroom industry as suitable for more heavily used areas — hardwearing, durable and resistant to impact, scratches and abrasion — which is why we build our commercial toilet cubicles around it for schools, offices and everyday commercial use.
SGL stands for solid grade laminate, also referred to by some suppliers as compact grade laminate. Industry sources consistently position it as the stronger, wetter-environment option: fully waterproof and highly impact resistant, and our own SGL toilet cubicles are built to that standard for demanding environments with heavier moisture and impact exposure.
| Material | Strengths | Best fit | Watch-outs |
|---|---|---|---|
| MFC | Cost-effective, attractive finish, good for dry environments | Offices and other dry, lighter-use washrooms | Not the best option for wet or high-abuse areas |
| HPL | Durable, impact and scratch resistant, more hardwearing than MFC | Schools, offices, retail and everyday commercial use | Less moisture-tolerant than SGL in demanding wet areas |
| SGL | Fully waterproof, highly impact resistant, strongest for heavy use | Gyms, leisure, transport, stadiums and wet areas | Usually costs more than MFC and HPL |
For dry washrooms in offices and other lower-demand settings, MFC is often the most cost-effective starting point for economy toilet cubicles. It's our standard recommendation for dry environments with light to moderate use.
Where you still need a more durable finish because the washroom gets heavier everyday use, HPL is usually the stronger answer for commercial toilet cubicles. It is also widely specified for matching ducting and vanity units.
Wet areas, shower zones and high-abuse environments usually point toward SGL. It's widely regarded across the industry as suitable for wet areas and high-vandalism environments, and our own SGL IPS duct panels are also specified for shower zones.
Practical rule of thumb: if the project involves frequent washdowns, changing facilities, shower areas, transport hubs or a high likelihood of impact damage, start the conversation with SGL and value-engineer downward only if the environment truly allows it.
The right material often comes down to which sector the washroom serves, since traffic, moisture and abuse risk vary a lot by setting.
MFC or HPL depending on traffic, image and cleaning regime.
Often HPL or SGL school toilet cubicles, depending on age group, use levels and durability needs.
SGL is often the safer specification because of moisture and higher abuse risk.
SGL is commonly the strongest starting point for durability and hygiene.
Supplier material guides consistently describe SGL as fully waterproof or impervious to water, which is why it is commonly used in wet areas.
Often yes, especially for everyday school use, but projects with heavier moisture, impact or vandal exposure may justify SGL.
Generally no. Supplier guidance positions MFC for dry environments rather than demanding wet areas.
MFC is usually the most budget-friendly starting point, followed by HPL, with SGL typically used for higher-performance applications.
Send your washroom environment and traffic levels for advice on the right material, or a mixed specification across different areas.