Name: UV Water Disinfection Systems
Availability: instock

UV Water Disinfection Systems

UV Water Disinfection Systems UV Water Disinfection Systems are designed in a way that suits diverse industrial environments. The systems are categorized on the basis of the capacity of water that needs to be sterilized per hour, ranging from 350 LPH and above. We also design customized units according to clients’ requirements. The UV Radiation chamber is made with SS 316 L with electro-polish which is corrosion-resistant, particularly against chlorides and other industrial solvents. Either end of the chamber can be used as the inlet or outlet; both are directed horizontally upwards to ensure that the pressure maintained in the chamber doesn’t exceed the maximum avoiding any chances of breakage in the UV lamps. The control panel mounted on the UV Ballast has LED indicators for each lamp to notify lamp failure and it also has an hour meter to keep a check on the remaining life of the lamp. UV Water Disinfection Systems The compression nut & lamp holders are easy to use, simplifying the installation and replacement process. These systems are used for water purification in most industries, majorly production of food & beverages, cosmetics, paint industries, hotels, spas, aquaculture, hospitals, clinics, pharmaceuticals, etc. *High-Quality UV-C Lamps *High Transparency Quartz Sleeves resistant to temperature fluctuation *UV Radiation Chamber is SS 316 L electro-polished, remains unaffected by toxic environments. *Compact designs, saving a significant amount of space. *Long-lasting and less power consuming electronic ballasts, saving energy.

Send Message

UVDisinfectionSystem

UV Disinfection System

Aquaculture UV Systems Fish farms, RAS aquaculture systems and fish hatcheries require good quality water as a critical success factor. After all, they have lakhs of Rupees invested in their livestock. The high value fish and sea food in are susceptible to rapid spread of diseases that can quickly endanger the value of fish stock. UV Systems offer reliable protection from pathogens like Aeromonas, Enterovirulent E-Coli, Pseudomonas, Streptococcus, Vibrio and other pathogenic microorganisms. Ever changing environmental conditions pose a continuous challenge to aquaculture industry. Chemicals like chlorine, ozone or bactericides have severe limitations in Aquaculture. This makes UV an attractive option for aquaculture industry. Depending on your requirements, we can offer UV systems for reliable protection of your fish stock in multiple ways. Our UV systems are commonly used for: Feed water disinfection Fish tank disinfection in a re-circulation loop to for fish tank water disinfection Effluent water disinfection Fish hatchery disinfection for protection of larvae & juvenile fish Process water disinfection in fish and seafood processing units Prawn farms Aquarium disinfection

Send Message

Fountain Nozzles

Foam jet Fountain Nozzle

Transform Your Water Feature with Foam Jet Fountain Nozzles: The Water Level Independent Solution Water fountains have long been the centerpiece of gardens, courtyards, and public spaces, creating mesmerizing displays that captivate viewers with their graceful water patterns. Among the various fountain nozzle types available today, the Foam Jet Fountain Nozzle stands out as a revolutionary design that offers both aesthetic appeal and practical functionality, particularly due to its water level independent operation. What Makes Foam Jet Fountain Nozzles Special? The Foam Jet fountain nozzle creates a distinctive water pattern that combines the beauty of traditional fountain jets with the unique characteristic of producing aerated, foamy water streams. This innovative design results in spectacular white, frothy water columns that dance upward, creating an eye-catching display that's both elegant and dynamic. Unlike conventional fountain nozzles that rely heavily on consistent water levels and pressure, foam jet nozzles are engineered to maintain their performance regardless of minor fluctuations in water depth. This water level independence makes them an ideal choice for various fountain applications, from residential water features to large commercial installations. The Science Behind Water Level Independence Traditional fountain nozzles often struggle with performance variations when water levels change due to evaporation, wind, or seasonal adjustments. The foam jet nozzle's innovative internal design incorporates advanced hydraulic engineering that compensates for these variations automatically. The nozzle's internal mechanism includes precision-machined components that create a venturi effect, drawing air into the water stream while maintaining consistent flow patterns. This air injection process not only creates the characteristic foamy appearance but also helps stabilize the water jet's performance across different operating conditions. Key Benefits of Foam Jet Fountain Nozzles Consistent Performance The water level independent design ensures your fountain maintains its stunning visual appeal throughout the day and across seasons, requiring minimal maintenance and adjustment. Enhanced Visual Impact The aerated water creates brilliant white foam patterns that are particularly striking against dark water or during evening illumination with fountain lights. Reduced Maintenance With less sensitivity to water level variations, these nozzles require fewer adjustments and interventions, making them perfect for busy commercial environments or low-maintenance residential settings. Versatile Applications From intimate garden ponds to grand public fountains, foam jet nozzles adapt to various scales and settings while maintaining their distinctive performance characteristics. Energy Efficiency The air injection process reduces the actual water flow required to create impressive displays, potentially lowering pump energy requirements and water consumption. Installation and Design Considerations When planning your fountain project with foam jet nozzles, consider these important factors: Pump Selection: While these nozzles are water level independent, proper pump sizing remains crucial for optimal performance. Consult with fountain professionals to determine the right pump capacity for your specific installation. Basin Design: The fountain basin should accommodate the nozzle's spray pattern while allowing for proper water circulation and filtration. Lighting Integration: Foam jet patterns are particularly stunning when combined with underwater LED lighting systems, creating dramatic nighttime displays. Wind Considerations: While the foam pattern is stable, consider prevailing wind patterns in your location to minimize water loss and maintain the intended visual effect. Material Quality and Durability High-quality foam jet fountain nozzles are typically constructed from corrosion-resistant materials such as brass, stainless steel, or specialized bronze alloys. These materials ensure longevity in outdoor environments while maintaining consistent performance over time. The precision manufacturing required for proper air injection and water level independence demands careful attention to internal tolerances and surface finishes. Quality nozzles feature smooth internal passages that prevent clogging and maintain optimal flow characteristics. Maintenance Tips for Optimal Performance While foam jet nozzles are designed for low maintenance, following these simple guidelines will ensure years of reliable operation: Regular Cleaning: Remove any debris or mineral buildup from the nozzle openings monthly Water Quality: Maintain proper water chemistry to prevent scaling and corrosion Seasonal Preparation: Follow manufacturer guidelines for winterization in freezing climates Professional Inspection: Schedule annual professional maintenance to ensure optimal performance Creative Applications and Design

Send Message

Nozzles

SS Water Cannon Jets

INR 1

Send Message

Pumps

Mini Submersible Cooler Pumps

INR 1

Send Message

Fountain Nozzles

Dandelion Water Fountain

INR 1

Send Message

Floating Fountain / Aerator

A floating fountain can act as an aerator for bodies of water such as ponds and lakes. Aerators are devices or systems that introduce air into the water, which helps improve the oxygen levels and circulation within the water body. They are commonly used in ponds and lakes to prevent issues such as algae overgrowth, fish kills, and foul odors caused by low oxygen levels. A floating fountain can serve as an aerator in the following ways: Water Movement: The fountain's jets and sprays create movement on the water's surface, promoting the mixing of oxygen from the air with the water. This enhances the exchange of gases, allowing oxygen to dissolve into the water and carbon dioxide to be released. Air Diffusion: As the water is sprayed into the air, it breaks into droplets, exposing a larger surface area to the air. This increases the contact between water and air, facilitating the transfer of oxygen from the atmosphere into the water. Circulation: The movement generated by the floating fountain helps in circulating the water in the pond or lake. This prevents the formation of stagnant areas where oxygen depletion can occur. By maintaining adequate oxygen levels, the floating fountain aerator can support aquatic life, including fish and other organisms that require oxygen for survival. It also helps prevent the buildup of organic matter and the proliferation of harmful algae, contributing to the overall health and balance of the aquatic ecosystem. It's worth noting that the effectiveness of a floating fountain as an aerator depends on various factors, such as the size of the water body, fountain design, flow rate, and environmental conditions. In some cases, a dedicated pond aerator might be more suitable, especially for larger bodies of water with specific oxygenation requirements.

Send Message

Vulcan 25 Fountain Nozzle - 3 Tier water display

A three-tier fountain nozzle is a type of fountain nozzle that produces a cascading water effect in three distinct tiers or levels. It creates an aesthetically pleasing water display where water flows from one tier to another, creating a visually appealing and soothing effect. The three-tier fountain nozzle achieves its effect through a combination of water pressure and carefully designed nozzle openings. Here's a general explanation of how it works: Water Supply: The fountain is connected to a water supply system, such as a pump or a pressurized water source, which provides the necessary water pressure to operate the fountain. Nozzle Design: The three-tier fountain nozzle is specifically designed with multiple levels or tiers. It typically consists of a central nozzle surrounded by outer tiers or rings. Each tier has its own set of nozzle openings. Water Pressure: The water pressure from the water supply system is directed through the nozzle openings. The pressure propels the water out of the nozzles and into the air, creating a continuous flow. Cascading Effect: The design of the nozzle openings on each tier determines the shape and direction of the water streams. As the water shoots out of the nozzles, it forms distinct arcs or jets that fall gracefully from one tier to the next. Water Recycling: Typically, the water that falls from the upper tiers is collected in a basin or reservoir at the base of the fountain. From there, it is recirculated back to the water supply system through a pump, creating a continuous cycle. The specific design and configuration of the three-tier fountain nozzle may vary depending on the manufacturer and the desired effect. Some fountains may also incorporate lighting effects or adjustable water flow to further enhance the visual appeal. Overall, the three-tier fountain nozzle achieves its stunning effect by combining water pressure, carefully designed nozzle openings, and a cascading water flow, resulting in a beautiful and captivating display of moving water.

Send Message

Sunsun Pond filter CPF 20000

Product information "SunSun CPF-20000 Pressure Pond Filter UVC 36W up to 40000l" Highlights & details • Easy maintenance via integrated cleaning function in the top cover • Ideal combination of filter and UVC technology • Integrated contamination indicator • Cleaning equipment for quick and effective cleaning • Easy and uncomplicated bio-pressure pond filter system The CPF-pressure pond filter series is among the latest generation of pond filters, combining in a compact system, a high-performance bio-mechanical filter along with the most modern UV technology. The filter is unremarkably dug in at the edge of the pond. The compact way of construction makes the pond technology almost completely disappear. Any and all connections as well as the whole field of technology are found in the top cover. The pond filter can be dug in without any problems. The pond water can be pumped to higher-located waterfalls and from this point return into the garden pond. The pressure pond filter ensures a stable, biological balance and improves the water quality. Along with the appropriate pump (not included in the supply; please note the pond pump´s maximum volume capacity), this ensures for clear water, thus creating healthy surroundings for the pond inhabitants. Operation Pressure pond filters with integrated UV unit are the combination of biological and mechanical filtration and contribute to the effectiveness by a UV-C pond clarifier. Due to their UV radiation, UVC pond clarifiers alterate the algae proteins´ tertiary and quaternary structure which causes their destruction. The algaes clump, thus forming large parts of particles that can be easily removed from the water circulation by the mechanical pond filtration of the pond filter. During the bio-mechanical cleaning microorganisms accumulate inside the filter and remove germs and bacteria from the water. By the way of mechanical filtration, floating particles and dirt remain in the pond filter and do not return into the pond water. It takes about 4–6 weeks for the filter bacteria to settle sufficiently inside the pond filter. Only then it is reasonable to make use of a UVC-pond clarifier. The so-called initial "starter bacteria" help to reduce the time for a new pond filter to start its operation. For this purpose this kind of bacteria (microorganisms) is grown in laboratories. Bacteria start being active at a temperature of approx. 10–12°C. The pond filter´s temperature should not exceed 40 °C. It is therefore advisable to place the pond filter in the shadow. It should not be exposed to direct sunlight. The pressure pond filter disposes of an integrated contamination indicator as well as a mechanical cleaning equipment for filter sponges, thus ensuring a quick and easy cleaning.