Sanitaries
At V-MAX Americas, we offer comprehensive, high-quality solutions for Sanitaries companies, focusing on efficiency and sustainability. We use advanced technology and premium materials that meet the highest standards of hygiene and safety. Our solutions are designed to optimize water management and sanitation systems, ensuring a reliable and safe supply.
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Service Interruption01Service Interruption
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Accumulation Issues02Accumulation Issues
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Uncut Branches03Uncut Branches
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Anchoring Problems04Anchoring Problems
Service interruption due to pipe intervention.
The Hot Tapping system represents an innovative solution for the sanitation industry by allowing connections to HDPE pipes under load without interrupting fluid flow. This technology effectively addresses common issues by facilitating connections and branches, ensuring operational continuity in environments where service interruption can be costly and problematic.
By using the Hot Tapping process, it is possible to drill into the HDPE pipe while it is in service, allowing for the installation of connection fittings without the need to stop production. This not only saves time but also optimizes efficiency and reduces costs associated with unscheduled shutdowns.
In the sanitation context, where service continuity is crucial for public health and safety, implementing Hot Tapping in HDPE pipes can make a significant difference in the efficiency and continuity of industrial processes. Optimize your operations and minimize downtime by adopting this innovative solution.
Issues in the water accumulation process
Water accumulation can present significant challenges in sanitary environments, where water safety and quality are of utmost importance. The TANKMAX fluid storage and transportation solution offers an innovative and versatile response to these issues.
Made with the highest quality resin, specifically designed to ensure superior flexibility and strength, the TANKMAX flexible pillow tank is a reliable option for water storage. Its unique design ensures the tank’s impermeability, preventing leaks and contamination.
The combination of its mechanical durability and chemical resistance makes TANKMAX a solid and lightweight solution for both temporary and permanent water storage needs. Additionally, its carefully crafted design preserves the characteristics of the stored water, without imparting taste, odor, color, or toxic elements.
Once filled, the tank transforms into a large pillow, facilitating efficient transport, installation, and storage. This feature is particularly valuable in environments where space and mobility are limited. TANKMAX is the ideal solution for those seeking a practical and reliable water storage option in sanitary environments, ensuring the integrity and quality of the stored water at all times.
Pipe derivations: Interruptions, costs, and risks.
When a pipe branch is needed without interrupting the flow, the ideal solution is the application of a device called the “Ramal.” This innovative device, resembling a blanket, is electrofused onto the existing pipe to connect it to new mains without the need to cut the fluid flow.
The primary advantage of the “Ramal” is its ability to integrate seamlessly with the existing pipe, as it does not require any cuts. This allows for quick and easy installation at any point along the pipe, facilitating connections to new production lines without halting the process.
Additionally, this innovative process offers the possibility of conducting pressure tests before drilling into the pipe, which enhances safety and reduces risks associated with the installation of branches. By eliminating the need for large machinery, workplace safety is also optimized.
With a wide range of working diameters from 160 mm to 1200 mm and outlets ranging from 90 mm to 400 mm, the “Ramal” presents itself as a versatile and efficient solution for cut-free branches in the sanitation sector.
Problems with anchoring in pools waterproofed with geomembranes.
Sanitaries companies face specific challenges when anchoring pools lined with geomembranes, especially in environments with high UV radiation for most of the year. Two main issues arise: the need to reduce the labor required for filling sandbags and ensuring effective anchoring in pools that will remain empty for extended periods, longer than a month.
To address these challenges, it is essential to explore alternatives to the traditional manual filling of sandbags, considering methods that optimize efficiency and reduce labor costs. Additionally, a solution is needed that ensures the stability of the geomembrane even during prolonged periods of pool emptying. The TANKMAX is an option that can withstand constant UV radiation without compromising its structural integrity.