A |
|
Absolta
|
Five layer sintered product for filtration
|
Aperture size
|
Distance between neighbouring warp or weft wires
|
B |
|
Betamesh
|
Further development of smooth weave mesh with increased dirt removal capabilities and good backwashing properties
|
Blinding |
Blockage or restriction of the apertures of a sieve or filter by particles |
C |
|
Calendering |
Milling |
Chromatography
|
Separation of mixed particles into individual components
|
D |
|
Differential pressure
|
Pressure ratio upstream and downstream from the filter
|
Distribution curve
|
Graphical presentation of the results from a sieve analysis
|
Drawing
|
Passing the warp wire through the heddle
|
Drawing die
|
Component with a diamond embedded which determines the wire diameter when drawing wire
|
Drop |
Releasing the screen printing mesh from the printed surface |
Dry screening |
Screening powdered materials without liquid |
Duplex
|
Mesh offering high flow rates at increased mechanical loadings
|
E |
|
Elastic limit
|
Tensioning up to which a material by uniaxial tensile load shows no plastic deformation
|
Eu (Eulerzahl)
|
Absolute figure measuring the relationship between pressure and inertia
|
F |
|
Fabrication |
Processing the mesh into finished and semi finished goods |
G |
|
Geometric pore size
|
Diameter of the largest spherical bead capable of passing through the mesh
|
L |
|
Laminate
|
Multi layer bonded mesh
|
M |
|
Mesh analysis
|
Separation of a bulk material sample and analysis of particle size
|
Mesh counter
|
Optical device used to establish mesh count
|
Mesh fineness |
Number of wires per inch (Imperial measure) |
Mesh thickness |
Calculated according to wire diameter and mesh type |
O |
|
Open area
|
Sum of the apertures across the total mesh area
|
P |
|
Perforated plate
|
Plates/metal discs with regularly spaced holes, often used as support for mesh
|
Poreflo
|
Plate-like two or three layer laminate produced using offset layered twilled meshes
|
Poremet
|
Plate-like filter medium produced using five different mesh layers
|
Pressure drop/fall off
|
Difference in pressure caused by filter resistance
|
R |
|
REACH
|
European Union regulation concerning the Registration, Evaluation, Authorisation and registration of Chemicals
|
Registration |
Layering of individual colours in full colour printing |
Robusta (armoured weave)
|
Meshes with greater porosity and very high flow rates, extremely robust
|
Roll card
|
The ‘identity card’ for each roll of mesh
|
S |
|
Screen printing meshes
|
Precision woven meshes specially developed for screen printing applications
|
Service life
|
Operational life of a screen/mesh until it requires replacement
|
Sieve plate
|
Wire mesh or perforated plate with identical, regularly spaced openings
|
Smooth weave
|
Type of mesh with textured surface for high flow rates
|
Square weave mesh
|
Mesh woven with wires spaced at a distance, giving open apertures
|
Squeegee (screen printing)
|
Spatula-style component that presses the substrate through openings in the mesh onto the printing surface
|
T |
|
TETKOmat
|
Branded tension meter for measuring screen tension
|
Theoretical ink deposit
|
Volume of open area calculated against the area of the substrate
|
Topmesh
|
Two or three layer combination of filter and support meshes
|
Twilled weave
|
Mesh type giving small filter pores with monofilaments
|
W |
|
Warp/warp wire
|
Wires running in a longitudinal direction
|
Warping
|
Transferring the wire from the warp wire reel to the warp beam
|
Weft/weft wire |
Wires running at right angles to the warp wire |
Wire diameter |
Diameter of wires used in mesh production |
Wire mesh |
Different types of mesh produced from metals |