Hexagonal locknut GRIP-TIGHT™
cylindricallockingsteel

Hexagonal locknut - GRIP-TIGHT™ - HYTORC - cylindrical / locking / steel
Hexagonal locknut - GRIP-TIGHT™ - HYTORC - cylindrical / locking / steel
Hexagonal locknut - GRIP-TIGHT™ - HYTORC - cylindrical / locking / steel - image - 2
Hexagonal locknut - GRIP-TIGHT™ - HYTORC - cylindrical / locking / steel - image - 3
Hexagonal locknut - GRIP-TIGHT™ - HYTORC - cylindrical / locking / steel - image - 4
Hexagonal locknut - GRIP-TIGHT™ - HYTORC - cylindrical / locking / steel - image - 5
Hexagonal locknut - GRIP-TIGHT™ - HYTORC - cylindrical / locking / steel - image - 6
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Characteristics

Types
hexagonal, cylindrical, locking
Material
steel, chrome steel, molybdenum
Other characteristics
threaded, precision, wheel, safety
Nominal diameter

46 mm
(1.81 in)

Height

27 mm
(1.063 in)

Width

33 mm
(1.3 in)

Description

Features
• Designed for commercial vehicle wheel applications
• Improves torque-to-load accuracy
• Reduces wheel nut loosening risk
• Enhances fleet safety compliance
• Simplifies wheel fastening process
• Heavy-duty vibration resistance

Overview

The HYTORC GRIP-TIGHT Nut is a specialised fastening solution engineered for commercial vehicle applications where wheel security, vibration resistance, and load accuracy are critical. Traditional wheel fastening systems often suffer from inconsistent torque transfer, leading to potential loosening under road vibration and dynamic loading conditions. GRIP-TIGHT addresses these issues through a controlled load distribution design that improves torque-to-clamp force conversion accuracy.

The system enhances safety by reducing the likelihood of wheel nut loosening during operation, a key concern in fleet transport, heavy logistics, and commercial trucking industries. By improving preload consistency, it ensures that wheel assemblies maintain structural integrity over extended operational cycles.

GRIP-TIGHT is designed for ease of use within standard maintenance workflows, requiring no specialised equipment beyond conventional torque tools. This simplifies adoption across fleet maintenance operations while improving consistency in fastening procedures.

Its robust design ensures resistance to vibration, thermal cycling, and heavy load conditions commonly encountered in commercial transport environments. The result is improved operational safety, reduced maintenance interventions, and enhanced vehicle uptime.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.