Trietex Series Heavy Duty Smart Curtain Track with Selectable 1.0mm-2.0mm Profile

Product Overview

When versatility and strength are the priorities, the Trietex Series Track is the industry gold standard. Featuring a robust square aluminum profile, this system offers a wide range of wall thickness options from 1.0mm up to 2.0mm. Whether you need a standard track for residential use or a heavy-duty industrial rail for large spans, we have the right specification. Available in classic Matte White or sophisticated Matte Black, it uses the renowned Trietex electrophoresis process for a surface that is incredibly smooth and long-lasting.

Key Features

• Wide Thickness Range: Choose any thickness specification between 1.0mm and 2.0mm. The thicker 2.0mm version offers industrial-grade strength for wide windows without bending.

• Dual Color Options: Available in Matte White to blend with ceilings or Matte Black to create a bold contrast.

• Electrophoresis Finish: The high-quality surface treatment ensures runners glide effortlessly, significantly reducing the load on your curtain motor.

• Heavy Load Ready: The thicker profile options are specifically designed to support heavy velvet curtains, blackout fabrics, and high-ceiling installations.

• Universal Compatibility: Compatible with all major smart motor gearboxes (Tuya, Dooya, GM Series) for flexible integration.

Technical Parameters

FAQ

Q1: When do I need the 2.0mm thickness?

A1: We recommend the 2.0mm thickness for: 1) Heavy velvet or theater curtains; 2) Windows wider than 4 meters; 3) Commercial installations requiring maximum durability.

Q2: Can I buy the track without the motor? How is it shipped?

A2: Yes, the track is available for standalone purchase starting from 1 full raw bar. We offer a free cutting service to segment the long bars to your exact measurements for shipping.

Q3: Does the black paint chip off over time?

A3: Absolutely not. We use an Electrophoresis process rather than standard painting. This ensures the Electrophoretic Black finish is bonded to the aluminum molecule-by-molecule and will not chip or fade.