康隆高压混合头介绍.ppt

High Pressure Mixing Head
LN Mixing Head/STRAIGHT Shape
o LN5 /LN10/LN14/LN18/ LN30
r FPL Mixing Head/L Shape
FPL7/FPL10/FPL14/FPL18/ FPL24/FPL32
r FP2L Mixing Head
FP2L14/FP2L22/ FP2L32
r TRIO Mixing Head/ STRAIGHT 3 Component
o TRIO7 (for Cavity Filling)
TRIO14/TRIO24(for Filled material, RIM)
r AX Mixing Head/ Multi Component Heads
A×18/A×24
LN Mixing Head
r Description
r Cheaper and Simple
Application with No Splah Problem
r For material easy to mix
r Tipical Application: Insulation Panel
LN Mixing Head Size
LN5
LNIO
L14
LNI8
LN30
LN Flow Rate
Total Cor
outp
N10
Min
Recommended
Sing le Component output
Comp A Comp B Comp AComp BComp A Comp B Comp A Comp B
Max
140
3505508508501000200027504500
Recommended
140
900
1700
3000
7250
(k)All values are calculated in cc/sec considering components viscosity <1000 cps.
FPL Mixing Head
FPL FloW Rate
Total Component output
Single Component output*
FPLIO FPL14 FPLI8 FPL24 FPL32 FP2L14
FP2L22
300
150
Recommend
4007001850
300
(total output
Max
260
600
1100
250
350
600
8o0
Recommend
(AlI values are calculated in cc/sec, considering components viscosity <1000 cps.
TRIO Mixing Head
r TRIO Mixing Head
o TRIO7 (for Cavity Filling
o TRIO14/TRIO24
(for Filled material, RIM)
TRIO Flow Rate
TRIO7
TRIO14
TRIO24
1740
Recommende
Max
Recommended
(All values are calculated in cc/sec, considering components viscosity <1000 cps.
Laminar flow
r Install Oil accumulator block valves Near the head
Reduce Temperature of the Component (>viscosity)
r Regulate Stroke Adjuster to reduce the Turbolence
r If Possible Reduce Mixing pressure(for insulation
application 120 bar
r Check Right Size of Injectors
r Reduce distance between Extention and Foaming
Plane(Tipical on Door Application on Drum Unit
Apply a water cooling on extention(*** Germany)
FPL24 with Laminar Flow of 800 CC/sec
Wearing of the Self Cleaning Piston
Appear Normally