ČSN EN 923+A1:2008 (zruš.) - Lepidla - Termíny a definice
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| Published: | 2008-11-01 |
| Classification symbol: | 668501 |
| Category: | Lepidla |
| ICS: |
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| Status: | Invalid |
- 2 Terms and definitions
- 2.1 Adhesives
- 2.1.1 adhesive
- 2.1.2 water-borne adhesive; aqueous adhesive
- 2.1.3 glue
- 2.1.4 paste adhesive
- 2.1.5 dispersion adhesive
- 2.1.6 emulsion adhesive
- 2.1.7 solvent-borne adhesive; solution adhesive, solvent-based adhesive
- 2.1.8 solvent free adhesive
- 2.1.9 plastisol adhesive
- 2.1.10 toughened adhesive
- 2.1.11 spray adhesive
- 2.1.12 gap-filling adhesive
- 2.1.13 sealant
- 2.1.14 film adhesive
- 2.1.15 foaming adhesive
- 2.1.16 unsupported film adhesive
- 2.1.17 supported film adhesive
- 2.1.18 adhesive tape
- 2.1.19 transfer tape
- 2.1.20 double coated adhesive tape; double sided adhesive tape
- 2.1.21 multiple-layer adhesive
- 2.1.22 encapsulated adhesive
- 2.1.23 one-way stick adhesive
- 2.1.24 separate application adhesive
- 2.1.25 two way stick adhesive, double spread adhesive
- 2.1.26 one part adhesive
- 2.1.27 two part adhesive
- 2.1.28 multi-part adhesive
- 2.1.29 contact adhesive
- 2.1.30 hot melt adhesive
- 2.1.31 heat activated adhesive
- 2.1.32 heat sealing adhesive
- 2.1.33 solvent activated adhesive
- 2.1.34 pressure sensitive adhesive
- 2.1.35 cold setting adhesive
- 2.1.36 hot setting adhesive
- 2.1.37 reaction adhesive, reactive adhesive
- 2.1.38 cold curing adhesive
- 2.1.39 hot curing adhesive
- 2.1.40 self curing adhesive
- 2.1.41 anaerobic adhesive
- 2.1.42 moisture curing adhesive
- 2.1.43 conductive adhesive
- 2.1.44 adhesive batch
- 2.2 Functional adhesive components
- 2.2.1 binder
- 2.2.2 monomer
- 2.2.3 polymer
- 2.2.4 copolymer
- 2.2.5 elastomer
- 2.2.6 resin
- 2.2.7 synthetic resin
- 2.2.8 thermoplastic resin, thermoplast
- 2.2.9 thermosetting resin, thermoset
- 2.2.10 crosslinking agent
- 2.2.11 adhesion promotor; coupling agent
- 2.2.12 accelerator
- 2.2.13 catalyst
- 2.2.14 inhibitor
- 2.2.15 retarder
- 2.2.16 antioxidant
- 2.2.17 flexibilizer; internal plasticizer
- 2.2.18 plasticizer; external plasticizer
- 2.2.19 solvent
- 2.2.20 diluent
- 2.2.21 reactive diluent
- 2.2.22 filler
- 2.2.23 matrix
- 2.2.24 modifier
- 2.2.25 stabilizer
- 2.2.26 emulsifier; emulsifying agent; dispersant
- 2.2.27 tackifier
- 2.3 Chemical base products
- 2.3.1 soluble silicate
- 2.3.2 hydraulic cement
- 2.3.3 protein
- 2.3.4 starch
- 2.3.5 starch ether
- 2.3.6 starch ester
- 2.3.7 dextrin(e)
- 2.3.8 cellulose esters
- 2.3.9 cellulose ethers
- 2.3.10 gum
- 2.3.11 dammar resin
- 2.3.12 terpene resin
- 2.3.13 tall resin
- 2.3.14 rosin; colophony
- 2.3.15 natural rubber (NR)
- 2.3.16 cyclized rubber
- 2.3.17 chlorinated rubber
- 2.3.18 carnauba wax
- 2.3.19 bitumen; asphalt
- 2.3.20 wax (synthetic)
- 2.3.21 hydrocarbon resin
- 2.3.22 coumarone-indene resin
- 2.3.23 polyolefin
- 2.3.24 polyethylene (PE)
- 2.3.25 polypropylene (PP)
- 2.3.26 chlorosulphonated polyethylene (CSM)
- 2.3.27 polyisobutylene (PIB)
- 2.3.28 polystyrene (PS)
- 2.3.29 vinyl resin
- 2.3.30 poly(vinyl acetate) (PVAC)
- 2.3.31 polyethylene-vinyl acetate (EVAC)
- 2.3.32 poly(vinyl alcohol) (PVAL)
- 2.3.33 poly(vinyl acetal)
- 2.3.34 poly(vinyl formal) (PVFM)
- 2.3.35 poly(vinyl butyral) (PVB)
- 2.3.36 poly(vinyl chloride) (PVC)
- 2.3.37 chlorinated poly(vinyl chloride)
- 2.3.38 polyacrylate; polyacrylates
- 2.3.39 polymethacrylates
- 2.3.40 cyanoacrylate monomer
- 2.3.41 acrylonitrile-butadiene rubber (NBR); nitrile rubber; nitrile-butadiene
- 2.3.42 styrene-butadiene rubber (SBR)
- 2.3.43 styrene-butadiene-styrene copolymer rubber (SBSR)
- 2.3.44 butyl rubber (IIR)
- 2.3.45 chloroprene rubber (CR); polychloroprene
- 2.3.46 polyisocyanate
- 2.3.47 polyurethane
- 2.3.48 epoxide resin; epoxy resin
- 2.3.49 polyester
- 2.3.50 polyamide (PA)
- 2.3.51 amino resin
- 2.3.52 phenolic resin (PF)
- 2.3.53 furane resin
- 2.3.54 polysulphide
- 2.3.55 silicone polymer (SI)
- 2.4 Adhesive properties
- 2.4.1 density
- 2.4.2 apparent density
- 2.4.3 solids content
- 2.4.4 viscosity
- 2.4.5 Newtonian liquid; ideal liquid
- 2.4.6 non-Newtonian liquid; non-ideal liquid
- 2.4.7 dynamic viscosity
- 2.4.8 kinematic viscosity
- 2.4.9 apparent viscosity
- 2.4.10 consistency
- 2.4.11 shear thickening
- 2.4.12 dilatancy
- 2.4.13 shear thinning
- 2.4.14 pseudoplasticity
- 2.4.15 thixotropy
- 2.4.16 plasticity
- 2.4.17 elasticity
- 2.4.18 viscoelasticity
- 2.4.19 softening point
- 2.4.20 glass transition
- 2.4.21 retrogradation
- 2.4.22 gel
- 2.4.23 gelation
- 2.4.24 gel temperature
- 2.4.25 gelation time; gel time
- 2.4.26 gel strength
- 2.4.27 tack
- 2.4.28 tack force; quick stick
- 2.4.29 dry tack; aggressive tack
- 2.4.30 tack range; tack time; tack life
- 2.4.31 bonding range; bonding life
- 2.4.32 pot life; working life
- 2.4.33 shelf life; storage life
- 2.4.34 gelling
- 2.4.35 fish eye
- 2.4.36 phasing
- 2.4.37 surface tension
- 2.4.38 wettability
- 2.4.39 flash point
- 2.5 Material and material treatment
- 2.5.1 substrate
- 2.5.2 adherend
- 2.5.3 carrier
- 2.5.4 release paper
- 2.5.5 bondability
- 2.5.6 equilibrium moisture content
- 2.5.7 bonding surface; faying surface
- 2.5.8 surface treatment; surface preparation; pretreatment
- 2.5.9 surface cleaning
- 2.5.10 mechanical surface preparation
- 2.5.11 chemical surface preparation
- 2.5.12 priming
- 2.5.13 sealing; sizing
- 2.5.14 release agent
- 2.5.15 abhesion
- 2.6 Bonding
- 2.6.1 bond
- 2.6.2 bond
- 2.6.3 joint
- 2.6.4 specific adhesion
- 2.6.5 mechanical adhesion
- 2.6.6 adhesive coat
- 2.6.7 adhesive film
- 2.6.8 spread; coverage
- 2.6.9 wet bonding; wet stick
- 2.6.10 activation; reactivation
- 2.6.11 solvent activation; solvent reactivation
- 2.6.12 heat activation; heat reactivation
- 2.6.13 laminate
- 2.6.14 clamp
- 2.6.15 press
- 2.6.16 air pressing
- 2.6.17 vacuum pressing
- 2.6.18 setting
- 2.6.19 crosslinking
- 2.6.20 postcure
- 2.6.21 annealing
- 2.6.22 spreader
- 2.6.23 roller coater
- 2.6.24 doctor blade
- 2.6.25 doctor roller
- 2.6.26 pick-up roller
- 2.6.27 applicator roller
- 2.6.28 curtain coater
- 2.6.29 slip-sheet, inter-liner
- 2.6.30 heat re-activator
- 2.6.31 filler sheet
- 2.6.32 vacuum bag
- 2.6.33 autoclave
- 2.6.34 shortness; short breaking
- 2.6.35 stringiness; legging
- 2.6.36 cobwebbing; feathering; cottoning; webbing
- 2.6.37 sagging
- 2.6.38 throwing
- 2.6.39 staining
- 2.6.40 bloom
- 2.6.41 slippage
- 2.6.42 coalescence
- 2.6.43 pinking
- 2.6.44 tinning
- 2.6.45 assembly
- 2.6.46 bond-line; bond plane; glue-line, adhesive line
- 2.6.47 lap joint
- 2.6.48 double lap joint
- 2.6.49 scarf joint
- 2.6.50 butt joint
- 2.6.51 edge joint
- 2.6.52 laminate
- 2.6.53 lamination
- 2.6.54 parallel laminate
- 2.6.55 cross laminating; cross banding
- 2.6.56 sandwich panel
- 2.6.57 fillet
- 2.6.58 application time
- 2.6.59 assembly time
- 2.6.60 open assembly time, open time
- 2.6.61 minimum open time
- 2.6.62 maximum open time
- 2.6.63 closed assembly time
- 2.6.64 pressing time
- 2.6.65 clamping time
- 2.6.66 setting time
- 2.6.67 setting temperature
- 2.6.68 conditioning time
- 2.7 Bond properties
- 2.7.1 adhesion
- 2.7.2 cohesion
- 2.7.3 cleavage
- 2.7.4 peel
- 2.7.5 shear
- 2.7.6 tension
- 2.7.7 stress
- 2.7.8 yield stress
- 2.7.9 strain
- 2.7.10 elongation
- 2.7.11 shear modulus
- 2.7.12 Young’s modulus
- 2.7.13 breaking force
- 2.7.14 bond strength
- 2.7.15 cleavage strength
- 2.7.16 peel strength; peel adhesion; peel resistance
- 2.7.17 shear strength
- 2.7.18 longitudinal shear strengthlap shear strength
- 2.7.19 tensile strength
- 2.7.20 impact strength
- 2.7.21 heat strength
- 2.7.22 green strength
- 2.7.23 handling strength
- 2.7.24 dry strength
- 2.7.25 wet strength
- 2.7.26 fatigue strength
- 2.7.27 accelerated ageing test
- 2.7.28 environmental test
- 2.7.29 fracture pattern
- 2.7.30 adherend failure
- 2.7.31 adhesive failure
- 2.7.32 cohesive failure
- 2.7.33 delamination
- 2.7.34 coalescence failure
- 2.7.35 fatigue life
- 2.7.36 water-resistant bond
- 2.7.37 structural adhesive
- 2.7.38 cold flow
- 2.7.39 creep
- 2.7.40 strike through; bleed through
- 2.7.41 telegraphing; show through
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2.1.3 glue
aqueous adhesive specifically designed for bonding of wood and other porous substrates
NOTE A glue can be based on a natural product like protein or synthetic resins (UF, PF or PVAC, see 2.3.51, 2.3.52 and 2.3.30 respectively).
2.1.3 klih lep
vodné lepidlo speciálně vyvinuté pro lepení dřeva a jiných porézních podkladů
POZNÁMKA Klih může být na bázi přírodních látek jako bílkovin nebo na bázi syntetických pryskyřic (UF, PF nebo PVAC, viz 2.3.51, 2.3.52 a 2.3.30).