Safewell stands by the quality of our custom safes, and we take every step to ensure top quality in all our products. Backed with more than five years of industry experience, our expert quality auditors perform detailed inspections on every step of the production process.
From raw materials to packaging, we look intently at each safe, making sure they pass our high-quality standards. We also have a detailed shipping inspection report available upon request, giving you confidence in the products we provide.
To stay on top of the industry, we conduct continuous research and testing innovative solutions to elevate the quality and performance of our custom safes.
Facilitating our in-depth research and development is our state-of-the-art professional laboratory that houses the latest testing equipment and is handled by the best quality inspectors.
At Safewell, we ensure that our safes are specifically engineered to meet not only your market’s demands but also the strictest industrial codes for fire resistance and structural integrity.
The seamless construction and fine cellular concrete insulation of our fireproof safes guarantee the safety and protection of the valuables inside, as they pass UL 72 Class 350 fire and impact testing.
With safes built to protect valuables from burglary and fire, our line of custom safes must endure high temperatures without affecting the contents.
Safe samples are placed inside a furnace, which is then heated up to 1700°F or 827°C for an hour. The heated safes are allowed to cool down and inspected afterward.
Word Count: 2 paragraphs, around 45 words in total.More than extended exposure to heat, high-quality safes should be able to handle extreme heat conditions.
The safe sample is placed in a secure furnace and raises the temperature to 2000°F or 1090°C heat for 30 minutes. The furnace is kept closed, allowing the safe to fully cool naturally.
After exposure to a 2000°F or 1090°C heat for 30 minutes, the sample is lifted to a height of 30ft. or 9.1m and dropped on a heavy concrete base. Once cooled, the sample is placed back in the furnace for another round of heat exposure for 30 minutes.
While the fire caused some damage and melting to the exterior of our safes, the fragile contents remain intact and unharmed, proving the durability and resiliency of our products.
After multiple exposures to fire and heat, the internal temperature of the safe stands at 275°F or 135°C, way lower than the 350°F or 177°C temperature needed to burn the paper.
Conducting a series of quality testing guarantees the optimal performance of our safes, attesting to our dedication to excellent production.
As a trusted safe supplier, we provide a comprehensive range of safes and security products, and open up a path for your market.
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