How to Measure Noise from a Glass Sliding Wardrobe Door Aluminum Frame

Evaluating the noise produced by a glass sliding wardrobe door requires testing the complete door assembly, including the custom aluminum profile extrusion for furniture, glass panel, frame joints, track, and sliding hardware. For the supplied sample, the aluminum profile material reference is 6063 T5.

Noise Testing Method and Main Findings

Start by preparing one glass sliding wardrobe door sample and keeping its glass condition, aluminum frame, hardware arrangement, and surrounding environment unchanged throughout the test. A consistent setup makes it easier to compare readings and identify whether sound originates from the frame, hardware, track, or panel.

• Take a stationary sound reading before moving the door to establish the baseline.
• Repeat the same opening and closing cycles under identical operating conditions.
• Separate sounds caused by sliding, impact, vibration, or contact between components.
• Record the measurement location, sample identification, movement direction, and hardware configuration.
• Use comparative test data instead of an unsupported pass or fail conclusion when no numerical limit is specified.

Recommended Test Procedure

1. Establish the stationary baseline

Before operating the door, place the measuring device at a fixed position and record the ambient sound level. Note the date, test environment, door condition, measurement position, and sample reference. The baseline should be taken under the same conditions used for all subsequent cycles.

2. Measure opening and closing cycles

Move the door through a repeatable opening cycle and then a repeatable closing cycle. The operating direction, speed, applied force, and travel distance should remain as consistent as possible. Record the sound produced when the door starts moving, slides continuously, reaches the end of its travel, and makes contact with any stopper or frame component.

3. Identify the source of each sound

Do not treat the door as an aluminum profile alone. Inspect the interaction between the 6063 T5 furniture extrusion, glass panel, rollers, track, frame connections, and related hardware. Classify each observation as sliding noise, frame contact, hardware contact, panel vibration, or another identifiable source.

The available product information does not state a numerical noise acceptance limit. Results should therefore present the measured readings, repeated observations, and likely noise sources without inventing a pass or fail threshold.

Mebel-Alu Furniture Profile (Hong Kong) Co., Ltd develops aluminum profile solutions for contemporary interiors, including aluminum glass door systems, sliding wardrobe frames, kitchen cabinet structures, and decorative tile trims. Founded in 2008, the company follows trends in home furnishing, cabinet, and door applications while developing aluminum profile accessories and complete hardware package solutions. Its primary product category is aluminum furniture profiles.

The company lists an Occupational Health and Safety Management System Certificate and a Quality Management System Certificate. Its stated certification scope includes the production of aluminum alloy profiles for architectural, decorative, and industrial applications, with finishes such as anodizing, electrophoretic coating, powder coating, paint coating, and thermal barrier treatment.

Test Items at a Glance

Frequently Asked Questions

What must be recorded before the door is moved?

Record a stationary baseline and identify the sample, frame, glass condition, hardware setup, test environment, and measurement position.

How do I make opening and closing readings comparable?

Keep the movement pattern, operating direction, travel distance, test location, and sample condition consistent. Report opening and closing results as separate observations.

Is there a specified maximum noise level?

No numerical limit is included in the supplied product information. The report should focus on actual readings, repeated results, and the source of each noticeable sound.

Conclusion and Product Support

A reliable noise assessment compares the glass sliding wardrobe door aluminum frame sample with a stationary baseline and repeats controlled opening and closing cycles. Detailed notes on movement, contact, vibration, glass condition, and hardware help explain the result. The supplied product is a custom 6063 T5 aluminum profile extrusion for furniture applications.

Mebel-Alu supports FOB business, and listed shipping options include rail transport, maritime shipping, and container transportation. For technical assistance or product information, contact mebel@mebel-alu.com.

About Us

Mebel-Alu Furniture Profile (Hong Kong) Co., Ltd has specialized since 2008 in precision-engineered aluminum profile systems for modern interiors, including glass door systems, sliding wardrobe systems, kitchen cabinet frames, and decorative tile trims. The company analyzes trends in home furnishing, cabinet, and door products and develops aluminum profile accessories and hardware package solutions. Its main product category is aluminum furniture profiles. The company lists an Occupational Health and Safety Management System Certificate and a Quality Management System Certificate.