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Products and holistic solutions for building and supply technology
Reflex stands for comprehensive solution expertise in water-distribution building and supply technology. Guided by the established ‘Thinking Solutions’ model, we focus on integrated solutions that bring together the Reflex and Sinus product lines. We develop high-quality products, intelligent concepts and efficient solutions for systems of different sizes and levels of complexity.
- First-class German engineering
- Years of experience with the underlying technology
- Solutions designed for efficient system operation
Product solutions for reliable and efficient operation of your systems
Pressure maintenance technology
Pressure maintenance technology has an important role to play in water-distribution systems. It maintains pressure within reliable limits throughout the system, compensates for volume fluctuations resulting from temperature changes, and balances water losses within the system.
The correct pressure conditions are essential for the reliable operation of heating, solar and cooling water systems, as well as pressure-boosting systems. Like other media, water changes in volume with temperature. However, unlike many other liquids, water does not expand in direct proportion to temperature. As water is only slightly compressible, temperature changes in closed systems can cause pressure to rise rapidly. Depending on the installation point, pressure is maintained at a suitable level by two different pressure-maintaining systems:
static pressure-maintaining systems
dynamic pressure-maintaining systems
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Separation technology
Venting and separation technologies remove gas bubbles, dirt and sludge particles from the system, helping to improve water quality. This can support operational reliability, contribute to a longer service life, reduce maintenance requirements and improve energy transmission.
Gas pockets in water heating and cooling systems can impair their functionality and, in severe cases, lead to the failure of components or entire systems. They can reduce energy transmission efficiency and increase the risk of corrosion. Corrosion encourages the formation of dirt and sludge in heating and cooling circuits, which can further impair system performance. Each technology for degassing and separation has its own characteristic performance in terms of degassing and separation efficiency. The Reflex Servitec vacuum spray tube degassing system offers high degassing performance. Combining dirt and sludge separators can create synergies that support the operation of technical water systems.
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Manifold technology
Manifold technology controls the hydraulic circuits in an overall system. It enables centralised distribution or hydraulic separation between the generator and consumer circuits.
Manifold technology is a key area of expertise for Sinusverteiler, backed by almost 40 years of experience in product development. The sine curve is a defining feature of the manifold design. The flow and return chambers are arranged along the sine curve running through the centre, helping to make efficient use of space in increasingly compact heating centres. This design supports laminar flow conditions and can help reduce pressure losses and unwanted heat transfer.
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Water storage technology
Water storage technology provides storage and, when necessary, heating for potable, service, heating and cooling water in supply technology.
Using storage solutions in heating and cooling systems can support energy management and operational reliability. They help with hydraulic balancing and can reduce cycling of the heat generator. They can also be combined with solar thermal systems and heat pumps.
By adapting the design and thermal insulation concepts, our hot water storage tanks are designed to achieve low standing losses and efficient operation. This can help improve comfort in living spaces and reduce energy consumption, depending on the system and its operating conditions.
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Heat exchanger technology
Heat exchanger technology is used to separate water circuits with different operating parameters, such as pressure, quality or water content. This enables heat transfer between the circuits while helping to limit flow resistance.
Heat exchangers are used to separate circuits with different operating parameters, such as operating pressure, water content or water quality. Applications include underfloor heating systems, district heating systems, potable water heating, solar systems and machine cooling systems. The aim is to enable effective heat transfer while keeping flow resistance low.
Longtherm heat exchangers operate on the counter-flow principle, in which the two fluids flow past each other in opposing directions. This supports effective heat transfer.
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Make-up technology
Make-up technology helps ensure that the heat transfer medium in a system is available in sufficient quantity and suitable quality. This is an important prerequisite for reliable heat transport and low-loss heat transfer in heating and chilled-water systems.
A basic precondition for reliable heat transport and low-loss heat transfer is a heat transfer medium available in sufficient quantity and suitable quality. Reflex make-up systems help prevent insufficient water levels and air-related problems and provide system separation from potable water networks. Our systems combine three functions: system separation, water treatment and make-up water monitoring.
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