What is the thinnest kitchen cabinet?

When designing a kitchen, one of the most important considerations is the thickness of the cabinets. Thinner cabinets can maximize storage space, while thicker cabinets tend to be more durable. So what is the thinnest kitchen cabinet thickness that still provides good functionality? Let’s take a closer look.

Standard Cabinet Thicknesses

Most standard kitchen cabinets range between 3/4 inch to 1 inch thick. This thickness provides a good balance between maximizing interior storage space and maintaining sturdiness. Here are some typical kitchen cabinet thicknesses:

3/4 inch

A 3/4 inch thickness is the most common for stock or semi-custom cabinets. At this thickness, cabinets are still sturdy but don’t take up excessive space inside.

5/8 inch

Some more economical cabinets may run slightly thinner at 5/8 inch. While not quite as sturdy, this can be a good option for those prioritizing space over longevity.

1 inch

On the thicker end, 1 inch provides extra durability and heft. However, it does sacrifice a bit of interior room.

1 1/4 inch

High-end custom cabinets may go up to 1 1/4 inches for maximum sturdiness. But at this width, the inner capacity starts to diminish more significantly.

So in most standard kitchen settings, 3/4 to 1 inch offers the optimal balance. But for those wanting to maximize space or strength, going a bit thinner or thicker can be warranted.

Thinner Cabinet Options

While less common, some very thin cabinet options can exist too. Here are some examples of thinner-than-average kitchen cabinet sizes:

1/2 inch

Extremely thin options like 1/2 inch are possible, although quite rare. At this thickness, durability is compromised, but interior space is maximized. They require very careful handling and installation to avoid damage. Most homeowners opt for slightly thicker options.

5/8 inch frameless

Some modern, frameless cabinet designs can slim down to around 5/8 inches. The lack of front frame allows them to shave off some thickness while still retaining strength. This can be a good choice for contemporary kitchens wanting to maximize space.

1/2 inch to 3/4 inch ply cabinets

Plywood cabinets are an affordable DIY option. They are typically constructed from sheets of 1/2 inch or 3/4 inch plywood. While not as durable as wood, the thin ply allows for more interior room. DIYers may favor this for budget-friendly projects prioritizing storage over longevity.

Cabinet Thickness Considerations
1/2 inch Maximizes interior space but compromises sturdiness
5/8 inch Slightly thinner than average provides good space with moderate durability
3/4 inch The most common and balanced option between space and sturdiness
1 inch Thicker than average provides extra durability at the cost of interior room

Factors to Consider

When determining the thinnest kitchen cabinets for your needs, keep the following factors in mind:

Usage

Will these cabinets need to stand up to heavy daily usage and wear-and-tear? Thicker cabinets around 1 inch would be best. Or will they be used more lightly in a rarely-used kitchen? You may be able to get away with thinner 5/8 inch cabinets.

Contents

What you intend to store inside the cabinets also matters. If they will hold heavy pots and pans or appliances, thicker shelves and frames are best. But cabinets holding lighter dishware can be a bit thinner.

Budget

Thinner stock or economy cabinets tend to be more budget-friendly. While ultra thick premium cabinets come at a higher price. Keep budget in mind when deciding between thin versus thick.

Installation

Be sure to consult your kitchen installer about the ideal thickness for your chosen cabinet style. Some thin cabinet designs may require specialized installation to ensure adequate support.

Aesthetics

The look you want to achieve also plays a role. Thin frameless contemporary cabinets create a sleek minimalist look. While substantial thicker cabinets can provide a more traditional feel.

Thin Cabinet Pros and Cons

Going with thinner kitchen cabinets has both advantages and disadvantages:

Pros

  • Maximizes available storage space and capacity
  • Can create a lighter, sleeker aesthetic
  • More affordable options available

Cons

  • Durability and weight-bearing capacity diminished
  • Susceptible to damage if improperly installed or handled
  • Limited selection compared to standard sizes

Standard Thickness Cabinet Pros and Cons

Standard 3/4 to 1 inch cabinets also have their own set of pros and cons:

Pros

  • Ideal balance between space and sturdiness
  • Many options available for style and price point
  • Can withstand heavy daily usage

Cons

  • Not as space-efficient as thinner cabinets
  • Mid-range options can have moderate cost
  • Thicker cabinets limit capacity

Thin Kitchen Cabinet Options by Brand

Some brands offering thinner-than-average kitchen cabinet options include:

IKEA

IKEA stock cabinets are a very affordable choice, with sizes ranging from about 3/4 inch up to 1 inch thick. Slimmer options include the 12-inch deep FAKTUM line at 5/8 inches.

Merillat Cabinets

This brand offers a thin-profile line called Merrillat Coreguard. With 3/4 inch thick frames and 1/2 inch sides, doors, and drawers, it maximizes interior cubic capacity.

Mullican

Their Q-Line frames are just 5/8 inches thick but made of solid hardwood for strength. Mullican also offers a Slim-Line with 1/2 inch sides.

Wellborn Cabinetry

Select models in their Affinity collection can be ordered with 3/4 inch sides as a thinner customization option.

Custom Thin Cabinets

Many other brands offer custom or semi-custom lines that can be ordered with slimmer side measurements. These allow for tailoring the thickness for your exact kitchen needs.

Thinnest Cabinet Construction Types

From thinnest to thickest, here are some typical kitchen cabinet construction types:

Ply Cabinets – 1/2 inch

Plywood construction can be as slim as 1/2 inch thickness. Not the most heavy-duty option but provides decent storage space.

Frameless Cabinets – 5/8 inch

By eliminating the front frame, modern frameless cabinets can slim down to around 5/8 inches. Sturdy when properly installed.

Framed Stock Cabinets – 3/4 inch

Typical stock cabinets come with frames and range from 3/4 to 1 inch. Provides the best balance for most kitchens.

Custom Framed – 1 inch+

Custom cabinets allow you to order thicker, heavy-duty frames over 1 inch thick. Provides maximum durability.

How Cabinet Thickness Impacts Storage

The thickness of kitchen cabinets has an inverse relationship with storage capacity:

  • Thinner 1/2 inch cabinets offer more cubic footage of storage space.
  • Slightly thicker 5/8 inch has moderately good storage space.
  • Average 3/4 inch thickness provides decent, compromise storage capacity.
  • Thicker 1+ inch cabinets offer the least usable storage space.

Here is a rough table to illustrate:

Cabinet Depth Thickness Usable Storage
24 inches 1/2 inch Most usable cubic feet
24 inches 5/8 inch Above average usable storage
24 inches 3/4 inch Moderate usable storage
24 inches 1 inch Least usable storage capacity

So if maximizing usable storage space is your top concern, thinner cabinet sides around 1/2 inch would be the optimal choice. But you need to balance that with their lower durability and weight capacity. Going with slightly thicker 3/4 inch sides can give you good usable space while still being sturdy enough for most kitchens.

Conclusion

When shopping for new kitchen cabinets, the thickness of sides, frames, and panels is an important consideration. Thinner cabinets (around 1/2 inch) maximize valuable storage space. But at the potential expense of lower durability. Average thickness options (3/4 to 1 inch) provide the best compromise of space and sturdiness for most kitchens. And thicker custom cabinets (1 inch+) offer maximum strength when needed. Evaluate your kitchen usage, budget, and style preferences. And discuss options with kitchen designers to determine the ideal cabinet thickness to meet your needs. With some smart planning upfront, you can select cabinet dimensions that maximize both storage capacity and performance.