PINGPINGXIE Torque 2.0 N·m Hinge – Damping Shaft, 66mm, 304 Stainless Steel, 1 Pair (Left+Right) – Silver

Overview

Meet the PINGPINGXIE Torque 2.0 N.m hinge, a compact damping solution crafted from corrosion‑resistant 304 stainless steel. The nickel‑plated silver finish blends with modern furniture while delivering steady, controlled motion as you open or close a lid, door, or panel. At 66 mm in length and roughly 30 g per hinge, this pair is designed to be light yet durable, enabling reliable performance across various applications.

The heart of this hinge is a damping shaft that allows the connected plate to stop at any angle between 0 and 180 degrees, providing a consistent feel as you set or release a position. This is not a locking mechanism; it is a controlled friction system that resists unintended movement while still remaining easy to adjust with the right tools.

Key Benefits

• Corrosion‑resistant construction from 304 stainless steel for long‑lasting use.
• Adjustable, smooth stops at any angle for reliable positioning on folding surfaces.
• Consistent torque (2.0 N·m) helps maintain your chosen angle without sag.
• Left and right components are included, making installation straightforward in many setups.
• Nickel plating offers a subtle shine and added durability.

Specifications

• Material: 304 stainless steel
• Finish: Nickel plating
• Length: 66 mm
• Torsion: 2.0 N·m
• Weight: ~30 g per hinge
• Includes: 1 left hinge, 1 right hinge, 8 mounting screws
• Rotation range: 0–180 degrees

What’s in the box

• 1 x left-hand hinge
• 1 x right-hand hinge
• 8 x mounting screws

Installation tips

Choose the left hinge on the left side and the right hinge on the right. The assembly requires a bit of torque during mounting, but the included screws and the durable hardware make it straightforward for most DIY projects.

Applications

Ideal for folding tables, computer desks, coffee tables, cabinet doors, wardrobes, and window toppers. It’s well suited for spaces where you want a controlled, self‑holding position without a full lock.