TrippNT Quadruple Side Loading Glove Box Holder | 4-Bay Clear Acrylic Full Program 50850

Technical Narrative

The TrippNT 50850 Quadruple Side Loading Glove Box Holder is the largest configuration in the side-loading glove holder family, providing four independent clear ⅜″ (3/16″) acrylic bays in a single 10⅛″ W x 21¾″ H x 4⅜″ D keyhole-wall-mount unit. Four vertically stacked bays accommodate small, medium, large, and extra-large (or a fourth specialty format) simultaneously at a single wall position — the complete standard four-size examination glove program on one mount. Each bay has an open left side for ergonomic horizontal slide-in loading at any bay height, eliminating the overhead-lift ergonomic challenge of top-load holders when the upper bays are installed at or above shoulder height. A front dispensing slot on each bay allows single-glove pull access without interacting with the adjacent bays.

At 4.0 lb, the quadruple is the heaviest keyhole-mount unit in the family. Installation hardware is included. A magnet-mount Quadruple (50953) is available for ferrous steel surfaces. Ships fully assembled. Backed by TrippNT’s 100% Lifetime Guarantee.

Technical Specifications

Laboratory and Clinical Applications

The 50850 is deployed in laboratory and clinical environments requiring a complete four-size glove program on a single wall mount, including hospital procedure rooms or corridors with a full XS/S/M/L or S/M/L/XL glove program, clinical exam rooms with a complete size range for mixed-provider use, ambulatory surgery center scrub sink stations with four-size sterile glove programs, pharmaceutical GMP cleanroom gowning areas with four glove size categories, BSL-2 and BSL-3 biological containment laboratory four-size nitrile programs, industrial chemical handling stations with four categories of chemical-resistant gloves, ED and ICU central procedure areas with full four-size coverage, and any position where the complete glove size matrix must be visually monitored and ergonomically accessible at a single wall location without requiring operators to reach into top-load compartments above shoulder height.

Product Documentation

• Sales Sheet — 50850 Quadruple Side Loading Glove Box Holder (PDF)

Made in the U.S.A. & Lifetime Guarantee

Proudly manufactured in the United States by TrippNT. This glove box holder is backed by a 100% Lifetime Guarantee, ensuring it is a permanent asset for your laboratory. Institutional pricing and bulk discounts are available for universities, hospital systems, and government agencies.

Frequently Asked Questions

How much wall height above the mount does the Quadruple 50850 require, and is 21.75 inches compatible with standard exam room wall zones between countertops and upper cabinets?

The 21¾″ height requires a clear wall zone of approximately 23″ from the lower edge of the bottom mount keyhole to any overhead obstruction (cabinet soffit, ceiling-mounted equipment, overhead rail). In standard clinical exam rooms with 18″ tall wall cabinets mounted at 54″ from the floor, a clear zone from 12″ to 54″ (42″ clear) accommodates the quadruple easily. The unit does not fit in zones where the lower mount sits above 30″ from the floor and an overhead obstruction exists at 52″ or lower. Measure the available clear vertical zone before specifying in rooms with tight overhead clearance.

Can the four bays hold different glove materials as well as different sizes — for example, latex in one bay and nitrile in the remaining three?

Yes. Each bay is independent and can hold any standard glove box regardless of material, size, or brand. A common four-bay configuration in environments managing latex-sensitive patient populations uses three nitrile bays (S, M, L) and one bay labeled for latex-free examination documentation or an alternative latex-free material for users who cannot tolerate nitrile. The clear acrylic front face of each bay presents the glove box’s own label through the acrylic, allowing operators to verify size, material, and brand at a glance without opening the bay, reducing the risk of grabbing the wrong glove under time pressure.