Tekton High-Torque Black Oxide Blade Nut Driver Set, 5 Pieces - DHD91201

Tekton High-Torque Black Oxide Nut Drivers have a 6-point opening with a minimum 1-inch recess inside the shaft to accommodate the excess threaded tails of long bolts. The handle's three-sided geometry directly engages the structure of your hand, instead of relying on friction with your skin, so you can apply high force with less fatigue. Round sections at the front and back ends of the handle allow you to spin long, finely threaded fasteners quickly and continuously. The overmolded grip provides a nonslip surface that is permanently bonded to the handle and won't degrade or become sticky over time. The polypropylene handle is reinforced with calcium carbonate for dimensional stability, making it resistant to extreme temperatures, gases, fuels, oils, grease, cleaners, and solvents. We use a molding process that forms the handle around the blade, rather than forcing the blade into a premade handle; the result is a straighter blade that can’t twist out.

Brand: TEKTON
Product identifiers: 00020209987391
Exact variant: {"Colors":["Black"]}
Source updated: Fri Oct 09 2026 21:31:11 GMT+0000 (Coordinated Universal Time)
Imported: Thu Oct 08 2026 16:09:13 GMT+0000 (Coordinated Universal Time)

Advertiser-supplied specifications and terms

These are source claims, not independent testing. Shipping rates and discounts may have regional restrictions.

Condition: New
OriginalPrice: 28.00
ShippingWeight: 1.3
ShippingWeightUnit: lb

Retailer offers for this product

Acme Tools

USD 28.000000

Source availability: InStock. Older or undated source; confirm the price and availability.

View offer at Acme Tools

InVastor seller offers

No eligible native seller offers are currently linked.

Sell this exact product on InVastor

Before choosing an electronics offer

Match identifiers, variant and condition. Compare delivery, taxes and warranty coverage before paying. The lowest displayed price is not necessarily the lowest delivered cost.

Read our comparison method