ORBINOX designs and manufactures special valves and gates for regulating and closing flow through the outlet works of dams, and ducts in pumping and hydro power stations. Rugged fabricated construction, available in a wide range of sizes and special materials to match specific requirements and depending on the head under which the valve will operate. Available with hydraulic, electric or manual actuators.
– Knife gate valves.
– Penstocks/Sluice gates.
– Valves for hydraulic works.
– Special engineered valves.
– Other valves.
– Pneumatic cylinders.
Water is a natural resource that man has used through the generations and is one of the most important factors for ensuring quality of life. With the 21st century almost on us, people have become aware of the precarious nature of water resources, so it is absolutely essential to manage its use to ensure the welfare of present and future generations.
BELGICAST is here to provide top-quality valves and accessories for the design and execution of all projects related to the integral water cycle. Belgicast has strongly positioned himselve in emergins markets such as Desalination (RO), NEWater and District Coolings. Belgicast presence in these markets shows our commitment with the new technologies. The experience acquired over the last 50 years has enabled Belgicast to offer to our customers a complete product range which features diameters from 20 up to 1600mm and nominal pressures from 10 up to 40 kg/cm2 in accordance with DIN, ISO, BS, ANSI, JIS, API, GOST standards.
Soft Sealing Gate Valves
Check Valves and Strainers.
Air Relief Valves.
Flow Control Valves.
BV-05-34 Ball Valve (bronze).
EMERSON – FISHER
Fisher valve and regulator technologies are born from Emerson’s passion to increase customer process safety and efficiency, by defining the industry with more than 135 years of trusted innovations forging the future of flow control solutions.
Control valves are valves used in pipelines to control operating conditions such as flow, pressure, temperature, and liquid level by fully or partially opening or closing in response to a process signal. Fisher, Baumann™, and POSI-SEAL™ brand control valves can be located via links on this page.
Rotary Valves: Find the rotary valves that fit your needs from products including butterfly, eccentric plug, full bore pipeline, and segmented ball.
Sanitary Valves: Sanitary valves are designed to meet the stringent demands of today’s state-of-the-art Life Science facilities.
Sliding Stem Valves: Sliding stem valves offer a broad range of types, sizes, and materials for demanding high-pressure steam and hydrocarbon service.
Fisher® Digital Valve Controllers:
Digital valve controllers use microprocessors and have become the dominant replacement technology for conventional and electro-pneumatic positioners since the mid 1990s. Fisher® FIELDVUE™ digital valve controllers integrate functionality far beyond the traditional analog or pneumatic positioner. The benefits of using a FIELDVUE digital valve controller include: Availability of equipment alerts to notify the user of pending issues, automated configuration, calibration and tuning , and access to advanced levels of valve assembly diagnostics. This provides consistent and predictable knowledge of valve assembly performance and condition regardless who performs the task.
Fisher® FIELDVUE Software: Fieldvue calibration software allows you to streamline maintenance activities and optimize process control operations.
FOUNDATION™ Fieldbus Communication: FIELDVUE DVC6200f fieldbus digital valve controllers are approved for non-incendive, intrinsic safety, flameproof and explosion proof applications.
HART® Communication Protocol: HART communication protocol digital valve controllers are approved for non-incendive, intrinsic safely, flameproof and explosion proof applications.
PROFIBUS PA Communication Protocol: PROFIBUS PA Communication protocol is build on Fisher’s linkage-less non-contact sensor technology.
Fisher® Field Instrumentation:
Fisher® field mounted instruments provide monitoring and control to final control devices. Transducers, controllers, volume boosters, solenoids and switches are used to monitor and control flow, temperature, pressure and level variables in the process industry.
Level Sensors, Level Switches, Level Transmitters, Liquid Level Controller – Electric, Liquid Level Controllers – Pneumatic, Pneumatic Pressure Controllers, Pneumatic Temperature Controllers, Valve Accessories.
Positioners are most commonly used to move a control valve to a specified position so that a process meets specific parameters (flow, pressure, temperature). Fisher® positioners have the reputation of providing the most accurate, robust, and reliable performance in the industry.
Electro-Pneumatic Positioners: Electromechanical positioners are conventional pneumatic positioners that have an additional integrated electro-pneumatic transducer.
Pneumatic Positioners: Pneumatic positioners receive a control signal and translates that into the appropriate pneumatic output signal to the control valve actuator.
Pumps and Systems
As one of the world’s leading pump manufacturers, Sulzer provides a wide range of products for engineered, configured, and standard pumping solutions as well as essential auxiliary equipment. We are renowned for our state-of-the-art products, performance reliability and efficient solutions.
We provide pumping systems and solutions to customers in our key markets with:
Process designed pumps, based on our customized process knowledge.
Cost-effective and energy-efficient pumping solutions.
Customized, configured and standard pumping systems and solutions.
Auxiliary equipment such as compressors, monitoring and control systems.
Axially Split Pumps
Sulzer offers a wide range of double suction axially split pumps, which includes both single and multistage designs. Each product range has special design features for targeted industry applications.
Barrel Casing Pumps
Sulzer offers five models of barrel casing pumps: The GSG and CP are for high-temperature hydrocarbon processes, oil production, and offshore crude oil services, the HPcp and HPcpV for water injection to 1000 bar and offshore high energy services, and the HPT for electric utility boiler feed duties.
Control and Monitoring Equipment
In order to achieve optimal operation of different kinds of pumping stations, Sulzer designs pump controllers and control panels with powerful unique features built-in as standard.
For Construction and Mining applications, where weight and portability is a key factor, Sulzer is able to supply a range of light weight robust products to meet the requirements of these applications
The type ABS range of pumps and prefabricated, synthetic lifting stations provides an efficient, effective, and economical solution for the removal of wastewater from locations that do not have gravity access to the main sewer line.
Sulzer offers one of the most comprehensive ranges of submersible pumps type ABS available on the market for use within Domestic & Commercial properties, light weight dewatering pumps for mining and construction and a heavy duty range of wastewater pumps suitable for handling high concentrations of rag and solids in both Municipal & Industrial wastewater applications.
Single Stage Centrifugal Pumps
Our range of single-stage pumps can be designed either using the end suction overhang impeller design method, or the impeller between bearing design method. These pumps comply with either ISO 5199/ISO 2858, ASME B73.1 or API 610 standards and guarantee reliable pumping processes.
Two-Stage Centrifugal Pumps
Two-stage centrifugal pumps are used in applications where higher head is required. They ensure more reliable, high efficiency process and lower operating costs instead of serial pumping system.
As the absolute Spanish leader in PE manufacturing, we offer a wide range of products of up to 1,000 mm in diameter and pressures ranging between 4 and 25 atm.
PE FLEXIPOL pipes.
PUSH FAST System.
PE GASYPOL PIPES.
Electrofusion and Injected Accessories
Flanges and Gaskets
Valves & Fittings Casting
Ductile Iron (also known as Spheroidal Graphite Iron or Nodular Cast Iron) was invented in 1949. Ductile Iron retains the corrosion resistance of Cast Iron but has more than double the tensile strength [Cast Iron- 180 MPa (min), Ductile Iron – 420 MPa (min)]. The essential difference between Ductile and Cast Iron lies in the shape of the graphite in the microstructure of the metal. In Cast Iron, the graphite is present in plate-like flakes, which makes Cast Iron brittle. But in Ductile Iron, the shape of the graphite becomes a spheroidal nodule, which offers better mechanical properties and makes Ductile Iron sturdy, structurally stronger and shock-proof.
Ductile Iron is considered the most preferred pipe material for water supply and pressure sewerage application all over the world. It offers higher Tensile Strength than Mild Steel and retains the inherent corrosion resistance of Cast Iron. Pipes made from Ductile Cast Iron provide substantial benefits in terms of pressure bearing ability, impact resistance and capacity to sustain external static/ dynamic loading.
Range of pipes:
Ductile Iron Socket and Spigot Pipe with push-on joints
Ductile Iron plain-ended Barrel Pipes
Ductile Iron Socket and Spigot Restrained joint pipes with Push-on rubber gasket Joint
Ductile Iron Flanged Pipes of standard and customized length. Flanged pipes of the following types are available:
Flanges as cast (short lengths up to 1m)
Welded on Flange pipes
Screwed on Flange pipes
Range of fittings:
All Socketed Ductile Iron Fittings with Push-on joints
All Flanged Ductile Iron Fittings
Ductile Iron Fittings with push-on type restrained joint
Ductile Iron Mechanical Joint Fittings with Rubber Gasket & follower gland.
Fabricated and custom made Ductile Iron fittings.
The new protected flow system devised by the Irritec research department allows the P1 to be buried in the soil without problems caused by aspiration of mud and detritus, and reduces the risk of root intrusion to a minimum. The system works through a special “flap” design of the outlet hole. During the irrigation cycle the flap opens, allowing an even flow of water; when the cycle ends the flap returns to its resting position, closing the hole and thus blocking any entry of mud and detritus.
Integrated extrusion technology:
The flat dripper, barely 2mm thick, is welded to the wall of the hose, resulting in practically zero water loss. The filter at the entrance to the dripper, with eight flow holes, eliminates the possibility of clogging. The turbulent flow labyrinth, adapted to give an even flow rate, prevents sedimentation even at low working pressures.
The dripper is only 32 mm long and ensures pressure loss is minimised, allowing branches to be longer. The dripper filter reduces the likelihood of clogging caused by low quality water. The dripper’s turbulent flow labyrinth, specially designed to ensure uniform diffusion, gives minimal variation in flow when working pressure changes. The dripper’s flow points allow quick and easy installation without the need to check the position of the flow points, and ensure complete emptying of the hose at the end of the irrigation cycle.
The self-cleaning turbulent flow dripper prevents the formation of sediments within the labyrinth. The dripper’s inlet filter substantially reduces the risk of clogging caused by the use of low-quality water sources. The dripper’s flow points allow quick and easy installation without the need to check the position of the flow points, and ensure complete emptying of the hose at the end of the irrigation cycle.
The compact dripper makes this system most effective in lower-cost, flexible installations. Its small size means pressure loss is reduced to a minimum.
Geotexan, S.A. is a company dedicated to the manufacture and marketing of geosynthetics: geotextiles, geocomposites, geomembranes, related products and synthetic fibers. Located in Minas de Riotinto, village of the mining area of Huelva, the company started its activity in the middle of the year 2004, currently becoming one of the most important manufacturers of geotextiles and fibers at the national level.
Previously to the classification we must clarify the meaning of some terms used frequently for geotextiles:
NON WOVEN: The fibers that make up the geotextile are placed randomly (Do not have two directions of fiber).
WOVEN: The fibers have two directions (warp and weft).
CONTINUOUS FIBER: Non woven geotextile fibers belonging to the final product are infinite.
CUT FIBER: Belonging to the finished fibers have a certain length.
NEEDLEPUNCH: The union between the fibers of the non woven geotextile is a mechanical bond by means of needles that go in and out at high speed.
CALENDERING: The union between the fibers of the non woven geotextile is a thermal bonding where the fibers pass through two calenders.
NEEDLEPUNCH + THERMOTREATED: The union between the fibers of the non woven geotextile is a mechanical bond by means of needles that go in and out at high speed, with a subsequent thermofusing creating the continous fiber in the final product.
There are compounds formed by 2 or more geosynthetics, their funtion depending on the used geosynthetics can be.
DRAINAGE: Vertical use, slopes and plataforms, ditches and draining with and without pipe.
WATERPROOFING: Separate, filter, drainage, reinforce, protect…
REINFORCEMENT: Prevent fissures and cracks from appearing over time in the pavement of roads and other vials.
The high density (HDPE) polyethylene sheets are geomembranes with high quality resins, properly verified, that contain 97.5% polymer and a 2.5% carbon black, antioxidants and stabilizers thermal.
Geotexan manufactures different types of fibers for use in different applications while maintaining high technical performance and high levels of quality control.
ROTHENBERGER has been a worldwide leader in producing innovative, technologically demanding pipe tools and machines for lavatory, climate-control, gas and environmental technology. As the preferred partner of professional users, ROTHENBERGER offers complete solutions for pipe installation and associated service and maintenance work. With more than 5,000 products made by ROTHENBERGER, we offer the world’s most complete line of modern premium pipe tools and machines, as well as environmental technology.
ROWELD® Plastic Pipe Welding: ROWELD® P 63 S-6 Sword Set (20 – 63mm)
Band Saw Machines
ROWELD® BS 1200 Plus
Plastic pipe band saw DA 400 – 1200 mm. 45° pivotable (both sides). For precise and perfect, right-angled cuts from PE, PP, PB, PVDF and PVC pipes and fittings.
ROWELD® BS 1600 Plus
Plastic pipe band saw DA 400 – 1600mm. 45° pivotable (both sides). For precise and perfect, right-angled cuts from PE, PP, PB, PVDF and PVC pipes and fittings.
ROWELD® BS 450
Plastic pipe band saw DA 50 – 450 mm. 45° pivotable. For precise and perfect, right-angled cuts from PE, PP, PB, PVDF and PVC pipes and fittings.
ROWELD® BS 630 M
Plastic pipe band saw DA 200 – 630 mm. 45° pivotable. for precise and perfect, right-angled cuts from PE, PP, PB, PVDF and PVC pipes and fitting
ROWELD® BS 630 Plus
Plastic pipe band saw DA 200 – 630 mm. 45° pivotable (both sides). For precise and perfect, right-angled cuts from PE, PP, PB, PVDF and PVC pipes and fittings.
ROWELD® BS 800 Plus
Plastic pipe band saw DA 400 – 800 mm. 45° pivotable (both sides). For precise and perfect, right-angled cuts from PE, PP, PB, PVDF and PVC pipes and fittings.
Butt welding manual:
ROWELD® Butt welding manual
Plastic sanitary pipe welding machine from Ø 40 – 160 mm
Butt welding with hydraulic field machines:
ROWELD® Type Professional
Hydraulic butt welding machine Ø 40 – 1200 mm. Selection of components with a long service life ensures a low maintenance, robust and reliable operating mode. For heating element butt welding of PE, PP and PVDF pipes and moulded bodies. For use on the building site, in pipe trenches, on pipe bridges and in workshops. The ROWELD® Hydraulic type Professional with infinite pressure adjustment, an easily legible manometer and pressure reservoir for welding according to DVS and other internationally valid guidelines and standards.
With data recording:
ROWELD® type Premium
The Premium Hydraulic System guides the user step-by-step through the welding process. All parameters are documented automatically. The ROWELD® Hydraulic Premium with an integrated logging module for the quick and reliable saving of the welding parameters in accordance with DVS and other applicable international guidelines and standards. Data transfer via USB interface.
With automatic control (CNC)and data recording:
ROWELD® Type Premium CNC
Hydraulic butt-welding machine Ø 90- 630 mm. The Premium CNC System enables a nearly fully automated operation. All parameters are documented automatically. The ROWELD® Hydraulic Premium CNC with integrated CNC control and touch screen panel for the quick and reliable saving of the welding parameters in accordance with DVS and other applicable international guidelines and standards. Data transfer via USB interface.
TIPSA is today aglobal organization manufacturing and distributing a wide range of hoses for multiple applications as well as alarge program offire fighting equipment and related accessories for coupling and handling hoses.From fire hoses and fire fightingproducts that save lives, property and forests, to components for fluid transport and distribution in many applications, especially in industry, water wells, irrigation, sludge distribution, emergency pumping of large volumes of water.
TIPSA is a quality provider of expert solutions in liquid flow lines and fire protection.
INDUSTRIAL AND AGRICULTURAL HOSES
LAYFLAT INDUSTRIAL HOSES
FIRE SERVICE EQUIPMENT
FORESTRY FIRE EQUIPMENT
Scope of Products:
Fluitec designs and produces a large variety of products for specific operations in the chemical process technology, but also in the plastic-, the food-, the environmental- and pharmaceutical-industry. Products and know-how of Fluitec are based on the principle of the static mixing technology. Fluitec also helps its customers to improve efficiency and profitability of this smart technique. Fluitec-engineers are highly motivated to share their many years of theoretical and hands-on experience with its customers. This very close collaboration allows to evaluate the ideal process design and the most suitable reactor type. All devices are manufactured at the facilities of Fluitec, or by local partners with many years of successfull collaboration.
Laminar static mixers.
Turbulent static mixers.
Static mixers for dispersion, emulsion and mass transfer.
Fluitec CSE-XR® mixer / heat exchanger: Reliable temperature conditioning of viscous media.
In-line Reaction Technology:
Contiplant – continuous reaction technology.
Contiplant and peripherals.
The Fluitec scale-up system.
Fluitec DeNOx systems.
Engineering and construction of mixing and system technologies.