Poly Non-Swivel Level Glide 1 in Base Black

Poly Non-Swivel Level Glide For Steady Support

poly non-swivel level glide describes a standard duty glide from MDI Manufacturing that is designed to provide basic leveling under work surfaces, tables, cabinets, and furniture. The floor base diameter is specified at 1 inch, so the glide presents a compact footprint on the floor while still spreading weight over more than a point contact. The stem is listed at 1 inch by 1.5 inches long, giving a defined adjustment range inside the leg or mounting pocket where it threads or seats, which matters when correcting for uneven floors or minor height differences between units. The description notes that the glides do not swivel from the stem, which holds the base in a fixed relationship to the stem and can simplify alignment when multiple legs must sit at the same angle relative to the floor. Being categorized under cabinet and furniture levelers positions this part as a straightforward way to fine-tune height and contact points on fixed-leg installations.

Key Leveling Glide Details That Support Use

• The economy leveling glides designation identifies these as a cost-conscious choice, which matters when outfitting multiple work surfaces or cabinets where consistent function is needed across many legs without driving up project hardware costs.
• The standard duty rating defines the intended performance class, so installers can align use with moderate service applications such as typical cabinets, tables, and work surfaces rather than extremely heavy or industrial loads.
• The statement that the glides do not swivel from the stem means the floor base stays fixed relative to the stem, which helps keep each leg at a repeatable position and can reduce unwanted rotation when moving or adjusting leveled furniture.
• The floor base diameter of 1 inch creates a small but defined contact area, which helps distribute weight better than a bare stem end while keeping the footprint compact enough for tight toe kick, cabinet, or furniture leg designs.
• The optional metal insert bushing is designed to fit 1 inch square leg bases, so square tube or square wood legs with that dimension gain a clean, repeatable interface between the leg and the glide for more consistent seating.

Leveling Glide Fit And Adjustment Characteristics

The poly non-swivel level glide is specified with a 1 inch floor base diameter and a 1 inch by 1.5 inch long stem, which together define how it fits into leg structures and how much vertical correction it can provide. In a cabinet or furniture leg designed around this size, the 1.5 inch stem length gives room to raise or lower the leg contact point within a predictable range, helping align multiple units along a wall run or row of benches. The non-swivel design keeps the base locked relative to the stem, so once the installer chooses a height, the contact face orientation stays consistent when the piece is positioned, slid, or bumped in normal use. This behavior is especially useful where a run of cabinets or work tables must line up along toe kicks, since each leg remains in its set position rather than rotating unpredictably.

Where This Leveling Glide Fits Daily Work

Using Economy Leveling Glides On Projects

The economy leveling glides designation directly supports projects where many legs require adjustment across a room of cabinets, furniture, or work surfaces. Selecting the same MDI Manufacturing level glide throughout a run means the 1 inch floor base diameter repeats at every support point, so the contact pattern on the floor stays consistent from unit to unit. Within cabinet or furniture leveler applications, this consistency helps installers anticipate clearances under toe kicks and along bases because the glide height and footprint are known in advance. The 1 inch by 1.5 inch long stem dimension gives a defined range of travel inside each leg, so an installer can account for typical floor variation and still bring tops, counters, or work surfaces into alignment. Since the glides do not swivel from the stem, the base will not re-orient when a cabinet is nudged into final position, which keeps the adjusted height stable while pieces are shifted into a row or corner.

Why Non-Swivel And Bushing Options Matter

The note that the glides do not swivel from the stem means the functional adjustment happens along the stem axis rather than through a rotating base, which helps maintain an even stance when multiple feet carry the same unit. On a bank of cabinets or a long table, this non-swivel behavior lets each poly non-swivel level glide hold its setting as other legs are adjusted, reducing the chance that one leg drifts while another is fine-tuned. The optional metal insert bushing is designed to fit 1 inch square leg bases, so when that bushing is used with matching square legs, each leg receives a defined seat for the glide, promoting repeatable positioning across all legs on the project. For cabinet and furniture levelers, that bushing-plus-glide pairing can streamline production-style work where many identical legs are built and need the same leg leveller interface. Together, the non-swivel stem and the square-leg-oriented bushing option support predictable, repeatable adjustments that help maintain straight lines and level planes along counters, benches, and other work surface and table runs.

Common Questions About This Leveling Glide

Choose This Glide For Consistent Leveling Results

The poly non-swivel level glide from MDI Manufacturing combines an economy leveling glides classification with a standard duty rating, making it a practical option when many cabinet, furniture, or work surface legs must be leveled to a consistent height. The specified 1 inch floor base diameter and 1 inch by 1.5 inch long stem define a clear adjustment envelope, which helps plan leg layouts and expected height correction before installation begins. For square legs sized at 1 inch, the optional metal insert bushing adds a matching interface that pairs directly with this glide style. Selecting this cabinet and furniture leveler lets installers align multiple units across a room while using one proven footprint and adjustment geometry at every support point.