1. Sturdy construction, easy to maneuver.
This stainless steel clothes rack features a frame made of high-quality 304 stainless steel, precision welded and polished for a stable structure and excellent load-bearing capacity. It can withstand the weight of heavy clothing such as radiation protective suits for extended periods without easily deforming or loosening. Designed for specific applications in pharmaceutical plants, food factories, and cleanrooms, the material itself possesses excellent corrosion and rust resistance, resisting the corrosive effects of residual chemicals, high temperatures and humidity, and frequent cleaning and disinfection, meeting the stringent requirements for equipment materials in clean environments. In terms of operation, the rack is ergonomically optimized, with the hanging rod height adapted to the average height of staff, allowing for easy hanging and retrieving of clothing without having to tiptoe or bend over. The smooth surface of the hanging rod prevents sharp protrusions from scratching the protective clothing, and the detachable anti-slip hooks effectively secure clothing and prevent slippage. Furthermore, the overall structure is simple and compact, without unnecessary complex parts. This not only facilitates quick clothing organization by staff but also reduces unsanitary areas, aligning with the "easy to clean, low dust accumulation" management standards of cleanrooms. Cleaning requires only wiping with a sterile cloth to maintain cleanliness.
2. Holds up to 8 radiation protection suits.
The hanger adopts a tiered hanging rod layout. Through scientific space planning, it achieves a large capacity design within a limited volume, stably accommodating up to 8 radiation protection suits. For places requiring radiation protection equipment, such as radiopharmaceutical production workshops in pharmaceutical plants and radiation sterilization auxiliary areas in food factories, this capacity design can meet the needs of multiple people using the equipment simultaneously, avoiding cross-contamination and damage caused by haphazardly stacking protective suits. Radiation protection suits are typically thick and bulky. The hanging rod spacing of the hanger has been precisely adjusted to ensure that each suit remains in a relaxed state after hanging, avoiding damage to the protective layer or reduced breathability due to compression. At the same time, the tiered design allows for the classification and storage of protective suits for different personnel, facilitating labeling and management and improving changing efficiency. Furthermore, the large-capacity design reduces the number of hangers needed, saving space in the changing area of the cleanroom and providing more flexibility for the rational layout of the workshop, indirectly improving the space utilization rate of the production area.
3. Size (mm): L800*W600*H1600, size can be customized.
The standard size of this stainless steel hanger is 800mm (length) × 600mm (width) × 1600mm (height). This size has been repeatedly tested and optimized to ensure that it can accommodate the capacity requirements of radiation protective clothing while adapting to the spatial layout of changing areas in most pharmaceutical factories, food factories, and cleanrooms. Whether embedded in a corner of the changing room or placed against the wall, it can effectively utilize space without affecting personnel passage. Considering the personalized needs of different locations, such as some cleanroom changing areas with limited space requiring a more compact size, or the need to store special models of extended radiation protective clothing requiring a higher hanging rod height, the product offers a comprehensive size customization service. The length, width, and height of the hangers can be flexibly adjusted according to parameters such as the changing area space dimensions, the specific specifications of the protective clothing, and the number of users provided by the customer. At the same time, details such as the number of hanging rods and the height of the layers can be customized to ensure that the hangers are highly compatible with the usage scenario and maximize the convenience of use and space adaptability.
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