|
|
"HelieR - Structured Packing"
The HelieR Structured Packing have different diameters (1",1.5",4")
Geometrically they apply the synergy arising from the contemporary use of two "simple surfaces"
> the cylinder
> the helix, included inside.
Thanks to this property and to their specific Diameter/Helix ratio, the HelieR Structured Packing have Specific Areas between 80 m2/m3 and 320 m2/m3.
Thanks to their geometry and to the fluid-dynamic characteristics of the passing phases, the HelieR Structured Packing have
> no engulfing velocity
> the lowest pressure drops Delta P (mm H2O/m)
> the lowest specific pressure drops DP*HOG (mm H2O)
> high mass Transfer Coefficient
> high efficiency for gas phase resistance (SO2)
> high efficiency for liquid phase resistance (CO2, NH3)
> the lowest operating costs (columns applications) when compared to other solutions
These properties have been duly documented by the Industrial Research done by the University of Pisa and by the consequent scientific bibliography than edited.
Applicable in all the "Mass Transfer Operation" such as:
- Absorption
- Desorption
- Stripping
- Humidification
- Washing
the "HelieR Structured Packing" & the "HelieR Structured Columns" guarantee
> High Efficiency
> the Lowest Operating Cost
> the Lowest Production Cost per Transfer Unit
and can be successfully applied for
- Liquid / Liquid Operation
- Gas / Liquid Operation
- NOx Absorption
- Stripping
- Washing
- Distillation
- Distillation with Solvent |
|
| FLEXIPAC® and GEMPAK® structured packings provide high capacity, higher efficiency and lower pressure drop than any random packing and most trays available today. Revamping existing packed or trayed columns with structured packing from Koch-Glitsch will increase the operation capacity of the tower, lower the pressure drop, and lower the energy cost of the distillation or absorption operation. Our structured packing elements may be fabricated in a variety of metals and plastics, as well as in ceramic. |
|
Metex OPTI-PACK™ knitted wire mesh Structured Tower Packing is designed to overcome many of the shortcomings of other devices. The packing consists of multiple strands of very fine wire, typically 0.00045" diameter, knitted together to form a 2-ply layer of flat mesh. The flat mesh is corrugated, or "crimped" to give it a uniform, 3-dimensional structure of "peaks and valleys." These peaks and valleys provide a path through which vapor can readily flow, both radially and axially.
The multistrand fine wire generates high surface area (typically 500 ft2 to 800 ft2 per ft3) and a "capillary effect" on the descending liquids to promote good liquid distribution, residence time and thin-film development.
The resiliency of the fine wire that ensures that the packing will conform to vessel anomalies between the wall and the internals. These gaps often lead lead to vapor bypassing that keeps your unit from realizing its design performance.
These mechanisms work together to promote the intimate liquid-vapor contacting needed to achieve the separation demanded by high-value-added processing. Typically, structured sire mesh tower packing exhibits Height per Equivalent Theoretical Plate (HETP) in the range of 3 to 12 inches, depending on the application of fluids. In general, these packings offer the highest efficiency per foot of bed and the lowest pressure drop per theoretical stage, versus other mass transfer devices. |
|
The Jet-Mixing is a " Structured Static Mixer " , that use the HelieR Structured Packing to " Mix " the Process Fluids .
Available in different Equivalent Diameters and in different Net Mixing Lenghts , the Jet-Mixing Static Mixers apply the HelieR Structured Packing of 1" , 1.5" e 4" .
Thanks to the Radial Mixing , to the Inter-Flow Mixing (guaranted by the use of the HelieR Packing) and to the geometric properties of their Mixing Beds , the Jet-Mixing Structured Static Mixers permit the optimization of all the mixing parameters .
The Jet-Mixing can be applied in all the fluid flow range from Re > 10 , and satisfy the request af all types of fluids ( Newtonian , Non-Newtonian , Tensio-plastic , etc ... ).
Pratically, the Jet-Mixing are used for the
> " Fluid Mixing "
> " In Line Addittivation " of Reagents
in the folllowing sectors
> process operations
> mixing of process fluids
> plants disinfections (chemical & pharmaceutical industry)
> waste water treatment , deodorization & disinfaction
> air scrubber treatment , deodorization & disinfaction
Special Applications include the Mixing of Diluted Acetic Acid with Glacial Acetic Acid . |
|
APPLICATION
The high efficiency AT-802 automatic rewinding machine is excellent for the rewinding operation of various industrial, electrical and packaging adhesive tapes.
FEATURES
Automatic Length Counting: The 2-step length counter provides accurate rewinding length control. Once the set length has been reached, the shaft will instantly, automatically change, ensuring ease of operation and a highly efficient performance.
Programmable Controller: The high performance programmable controller offers convenient control of the entire rewinding operation. Both length and tension are accurately displayed by LED readout. The motion sequence can be identified with a signal lamp for full control of the motion status.
The paper core is held firmly on the pneumatic shaft, which provides easy, fast loading and unloading and greatly increases efficiency.
Automatic Wipe Down Device (OPTIONAL): This wipe down device fully eliminates the problem of wrinkling and air bubbles in the product after rewinding. This device further ensures the extreme smoothness of product.
Hydraulic Material Loading Device (OPTIONAL): This device performs material loading jobs with ease for operational convenience and added efficiency.
The pressure roll is air cylinder operated and the pressure is adjustable. The pressure roll firmly holds down the semi-finished products to ensure extremely smooth, stable semi-finished products running during rewinding operations. |
|
ROLL CONCEPT designs and manufactures logistic applications such as rollers, mandrels adaptors, carts…., both for machinery manufacturers and end users. The major interest of the alveolar structure of our ALVEOTUBE® profile is the ability to transform easily and simply into a thermal transfer roller !
Our patented cooled or heated roller is a light and efficient solution bringing high performance. Its double internal fluid circulation guarantees an efficient thermal transfer for webs.
Moreover, its aluminium structure allows reducing from 50% its weight than a standard double casing roller.
In standard version, Roll Concept supplies its thermal roller as simple roller to be installed on existing machines, but also, on request, as cooling unit made of a tubular frame fitted with 3 rollers (2 thermal rollers enable to cool the 2 sides of the web and an idler roll to guide the cooled web). |
|
| These valve-type trays have replaced bubble cap and sieve trays as the industry standard. FLEXITRAY® and BALLAST® valve trays have a higher efficiency over a broader range of operating conditions than sieve trays and can handle liquid loadings up to 10% greater than other tray types. Other advantages include low cost, simple installation, low pressure drop, excellent turndown, and reduced maintenance. These trays have demonstrated superior performance in more than 15,000 installations. |
|
During manufacture of composite structural components by manual lay-up, it is necessary to position plies of dry or wet fabric or prepreg accurately on a tool, or on preceding plies. Template methods or specialised equipment are often used for this purpose, in order to aid the operator in correctly and accurately locating a ply. Accuracy in ply placement as well as quality assurance regarding the correct ply sequence and orientation are very important factors in the manufacture of high-cost, high-performance composite components.
The purpose of the novel Ply Placement Visual Aid System is to display together on a computer screen a live video image of the "real world" that the operator is interacting with, and a computer-generated image of the structure and composite ply being assembled.
The data for the computer generated drawings of the plies that are displayed correctly in place, may originate from virtually any CAD application, or from our own Laminate Tools software application, for additional features. Laminate Tools is a powerful design tool for composite material structures, and includes industry-leading draping simulation capabilities for ply definition. |
|
The web guide systems from Re spa are designed to eliminate all problems associated with guiding any type of laminate, be it edge or line guide systems.
Thanks to the designers innovation a range of products are now offered giving numerous advantages to the customer:
- Stepping motor driven to give precise proportional movement. Correcting movement is directly proportional to the error and is quickly and accurately controlled.
- Very low maintenance costs.
- Extremely competitive purchase price |
|
The Web Tamer is a cross–web tension control system ideally suited for corrugators, for correcting baggy edges for even heat distribution. The system reduces board warp and waste, and improves product quality.
|
|
| Winding cores must guarantee top quality winding even at high speed and need to be easily handled by the operators : that is what our coated or lined aluminium based mandrels provide. Resistant to water corrosion, long-lasting, ergonomic and secure, the Alveotube® mandrel is the solution to avoid wasting. Available in many diameters and lengths, our winding cores are turnkey solutions. |
|
drawing die nibs for steelcord and and wire production; high-performance grades for steelcord, ISO standard nibs ex stock,
ready-to-use drawing dies for tubes, bars, and profiles,
ready-to-use drawing mandrels for tubes and profiles.
|
|
Diamond Wire Drawing Die Blanks
¡ª¡ªSelf-Supported and Tungsten Carbide Supported Blanks for Wire Drawing Applications.
¡¡¡¡Diamond/PCD wire drawing die blanks from DMD Company have the advantages of longer service life. While drawing metal wires, they embody higher surface finish and brightness.
¡¡¡¡Our diamond wire drawing die blanks are polycrystalline diamond (PCD) products made under ultra-high temperature and ultra-high pressure, they are suitable for high-speed drawing of nonferrous wires such as bronze, aluminum, nickel, stainless steel and other alloy wires.
¡¡¡¡Our diamond wire drawing die blanks have three series: XYH Series,XYR and XYY Series. In each series, there are 4 grain sizes available to choose from based on the application of wire drawing: 3 micron, 5 micron, 10 micron, and 25 micron.
¡¡¡¡XYH and XYR Series diamond wire drawing die blanks contains self-supported PCD die blanks which include the Hexagonal type and the Round type in various sizes. These blanks are suitable for all types of wire drawing applications especially where cost-cutting is required.
¡¡¡¡XYY Series diamond wire drawing die blanks includes tungsten carbide supported PCD die blanks in round shape of various sizes. These products have a polycrystalline diamond core integrally bonded to a tungsten carbide support ring which in turn enhances the strength of the die blanks. These features allow the products stronger ability to withstand wire drawing with high intensity. |
|
Sandvik Hard Materials supplies carbide drawing nibs for the full range of wire drawing applications:
Metal Forming products supplies a wide range of applications
High-carbon wire,
steel cord for rubber reinforcement,
bead wire,
welding wire,
stainless steel wire,
spring wire,
…
|
|
| ... products without technical information |
| |
|
|
Manufacturing equipment 
