Durable T-Nut Boat Type T-Nut T-Block for Marine Applications

• Customization: Available
• Material: Carbon Steel
• Type: Round Head
• Model NO.: 1-1
• Connection: Common Bolt
• Head Style: Round
• Standard: DIN
• Grade: 4.8
• Surface Treatment: Nickel Plating
• Applicable Industries: Construction, Transportation
• Whether to Support Customization: Support
• After-Sales: Three Months
• Transport Package: Container
• Specification: 1-100
• Trademark: Huilin
• Origin: Handan, Hebei
• HS Code: 0101101010
• Production Capacity: 50000

Product Description

The T-shaped nut, a pivotal standardized component, finds extensive application in mechanical assembly, industrial automation, building decoration, and beyond. Below is a comprehensive overview:

Structural Design: Boasting a distinctive 'T' shape, this T-nut encompasses a head and a screw. The head flaunts a larger cross-section akin to a 'T'-shaped crossbeam, while the screw mirrors the internal thread structure of a conventional nut. Such an ingenious design enables the T-nut to embed seamlessly within a designated T-groove or dovetail groove. Here, the head is clasped within the groove to avert any rotation, and the screw segment is utilized for linking additional components, achieving a secure fastening mission.

• Material and Surface Treatment

Material: Diverse materials such as carbon steel, stainless steel, aluminum alloy, and brass are utilized. Carbon steel T-nuts are known for their formidable strength, hardness, and cost-effectiveness. Stainless steel T-nuts offer exceptional corrosion resistance, ideal for challenging environments characterized by humidity, acidity, and alkalinity. Aluminum alloy T-nuts are prized for their lightweight nature, often employed where weight considerations are paramount. Brass T-nuts provide excellent wear resistance and conductivity.

Surface Treatment: To augment both anti-corrosion prowess and aesthetic allure, T-nuts undergo meticulous surface treatments, including galvanizing (hot-dip and electroplating), nickel plating, and chrome plating. Galvanizing, in particular, establishes a dense zinc layer on the nut's surface, effectively thwarting rust.

• Performance Characteristics

Effortless Installation: The installation foundation requires no intricate pre-machining of installation holes. The T-shaped nut can be effortlessly slid into the groove along the T-shaped groove's opening, repositioned as needed, and then secured by threading a bolt through the internal threaded hole of the complementary component and nut.

Versatile and Adjustable: Within the T-shaped groove, the T-nut can be adeptly adjusted in position along the groove's direction based on actual requirements. This facilitates the effortless connection and fixing of components at varying positions, significantly bolstering assembly flexibility.

Robust Tightness: When inserted into the T-shaped groove, the snug fit between the head and groove effectively curbs any nut rotation or movement. During bolt tightening, it delivers a stable, reliable tightening force, ensuring the steadfastness of the interconnected components.

• Application Areas

Industrial Automation Equipment: Within diverse production lines, conveying systems, robotic workstations, and other industrial automation setups, T-nuts play a critical role in linking and securing aluminum profile frames, guide rails, cylinders, sensors, and other essential components. This simplifies equipment assembly, debugging, and subsequent maintenance.

Mechanical Manufacturing: Instrumental in the assembly of machine tools and mechanical devices, T-nuts connect various elements, such as anchoring protective covers, operating platforms, and brackets to the machine frame, fulfilling installation needs across different operational scenarios.

Building Decoration: In the realm of building decoration, notably within steel structure edifices, indoor partitions, exhibition display racks, and more, T-nuts enable swift connections between metal frames or between metal and other materials. This streamlines the construction process and elevates construction efficiency.