Aceally pitches back-mesh shelving for Southeast Asian retailers

Aceally (Xiamen) Technology Co., Ltd. is positioning back-mesh gondola shelving as a better fit for supermarkets and convenience stores in Southeast Asia, citing humidity resistance, airflow and modular merchandising. The company says the format helps retailers protect inventory, improve visibility and support store layouts in tropical markets.

Why it matters: - Southeast Asia's humid climate can damage packaging, encourage mold and raise maintenance costs for retailers. - Back-mesh shelving is designed to improve airflow, visibility and fixture flexibility in supermarkets, convenience stores and pharmacies. - The shelving format is aimed at helping store operators protect inventory and keep narrow retail spaces brighter and easier to monitor.

What happened: - Aceally (Xiamen) Technology Co., Ltd. said supermarkets and convenience stores across Thailand, Vietnam, Indonesia, Malaysia, the Philippines and Singapore prefer back-mesh gondola shelving. - The company highlighted the product format in a release dated Oct. 30, 2026, from Xiamen, Fujian, China. - Aceally Group said its retail gondola shelving is built for tropical humidity, dense shopping environments and modular merchandising needs. - The company pointed to its official solution portal at More information.

The details: - Back-mesh gondola shelving replaces solid rear panels with welded steel wire mesh to allow continuous air circulation behind merchandise. - Aceally Group said the open structure helps air conditioning circulate cool, dehumidified air more evenly across inventory. - The company said the mesh design also reduces dust-trapping corners and simplifies daily cleaning. - Aceally Group said the format helps preserve packaging, extend shelf life for ambient food products and reduce waste from moisture damage. - The company said the open design allows ceiling lights and LED strips to pass through the shelving, improving product visibility across shelf tiers. - Aceally Group said the translucent back panel can make small stores feel more open and improve sightlines for security monitoring. - The company said the shelving uses cold-rolled structural steel uprights, heavy-duty base feet and reinforced steel shelf panels. - Aceally Group said each adjustable shelf tier supports evenly distributed loads from 50 kg to 100 kg. - The back-mesh panel can hold peg hooks, hanging baskets and product dividers. - The company said shelf heights can be adjusted in 25 mm or 50 mm increments without special tools. - Aceally Group said its surface treatment process includes alkaline degreasing at 40 C to 60 C, a two-stage neutral water rinse and crystalline zinc phosphating. - The company said electrostatic powder coating creates a thermosetting epoxy polyester finish with total dry film thickness of 120 to 180 microns. - Aceally Group said the finished products are verified by 200 hours or more of ISO 9227 salt spray testing, ISO 2409 adhesion testing and CE certification standards.

Between the lines: - The pitch positions back-mesh shelving as both a store-design choice and a climate-control aid for tropical retail environments. - Aceally Group is also framing direct factory sourcing as a way to avoid thinner steel, weaker welds and poor corrosion resistance associated with intermediaries. - The release uses technical standards and coating specifications to signal durability and quality control. - Aceally Group said it operates four manufacturing plants with 150,000 square meters of production space.

What's next: - Aceally Group is asking retail buyers to request CAD store layouts, product catalog specifications or volume pricing for Southeast Asian projects. - The company said commercial sales consultations are available for direct retail fixture sourcing. - Aceally Group also shared social channels for LinkedIn, Facebook and YouTube.

The bottom line: - Aceally's message is simple: in humid Southeast Asian markets, back-mesh gondola shelving is built to keep stores brighter, cleaner and better protected against moisture.