Material Handling Totes
Reusable HMW-HDPE plastic totes for material handling, warehouse, and distribution — stack-and-nest space savings, cross-stack ventilation, wire-bail stacking, dividers, ribbed-wall strength, and shipping designs built for repeated, heavy-duty use.
Rotate 180° to stack with product inside — nest when empty to save floor space. Multiple configurations available.
Material Handling Tote Selection Notes
Shirley K’s manufactures reusable plastic totes for material handling, warehouse, and distribution applications — made from High Molecular Weight HDPE (HMW-HDPE) for heavy-duty construction designed for repeated, demanding use. We support reusable container programs where buyers need stack-and-nest space savings, cross-stack ventilation, wire-bail stacking options, divider configurations, ribbed-wall strength, and shipping tote designs for repeated plant, warehouse, logistics, and production use. Contact Shirley K’s to match tote style, dimensions, and material to the application.
Compared with injection-molded totes, our thermoformed HMW-HDPE containers offer superior strength, impact resistance, chemical resistance, and durability. Shipping totes are waterproof, corrosion-, chemical-, and wear-resistant with optional lids, locking clasps, and casters; tapered-wall totes nest 50–90% when empty to conserve storage space.
Many stock products available for fast shipment — contact Shirley K’s to confirm current availability and lead time.
Engineered for Extreme Duty
Shirley K’s material handling totes are thermoformed from High-Molecular-Weight HDPE (HMW-HDPE) — a material and process engineered to outlast standard injection-molded totes in cold storage, high-impact handling, and washdown environments.
Stays tough in the cold
Long, entangled polymer chains keep the material ductile in freezer and deep-cold service. A dropped tote dents instead of shattering — contents stay contained.
High impact resistance
Biaxial molecular orientation and near-zero residual stress spread impact across the whole part, not along one weak axis.
Resists chemical stress cracking
High ESCR stands up to sanitizers, animal fats, oils, and repeated washdowns — without the spider-web surface cracks common to injection-molded totes.
Safe, ductile failure
Instead of sudden brittle shattering (and sharp shards in food), HMW-HDPE flexes and dents while keeping its shape and containment — a higher safety margin for cold-chain and food.
| Property | Shirley K’s Thermoformed (HMW-HDPE) | Standard Injection-Molded HDPE |
|---|---|---|
| Molecular structure | Long, entangled chains — biaxial reinforcement | Shorter chains — primarily one direction |
| Residual stress | Near zero (low-pressure forming) | High (locked in by rapid cooling) |
| Cold-impact behavior | Ductile — flexes, dents, recovers | Brittle — sudden cracking near/below freezing |
| Chemical stress-crack resistance | Excellent ESCR | Moderate — accelerated by cold + chemicals |
| Failure mode | Visible denting, stays contained | Sudden shatter — possible shards |
Evaluated against recognized ASTM methods (D256 Izod impact, D746 brittleness temperature, D1693 / F2136 stress-crack resistance). Resin technical data sheets available on request — request specs or a quote.
Key Features
- Made from HMW-HDPE (High Molecular Weight High-Density Polyethylene) for enhanced impact resistance
- Rotate 180 degrees to stack with product inside — nest when empty to save floor space
- Wire bail stacking option available (select models)
- Suitable for freeze operations — contact Shirley K’s for rated temperature range and product specifications
- Many stock products available for fast shipment — contact Shirley K’s to confirm current availability
Quote / Order
Request a Quote
Call: (740) 868-8140
Email: orders@shirleyks.com
Address: 1150 Newark Road, Zanesville, OH 43701





