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Hot Runner Guide
Layout and Design
C
Company
T
Technology
P
Products
A
Application
Hot Runner Guide
Layout and Design
The purpose of this Hot Runner Guide
C P
T A
The Hot Runner Guide - Layout and Design is intended to help everyone who designs feed systems
for injection molds or simply wants to find out about designing feed systems in the following way:
à Overview of the Synventive hot runner product range
à Insight into the layout of feed systems with hot runner technology
à Help to select suitable hot runner components
Important note
All the information contained in these pages is based upon our current knowledge and experience
gained from both theory and practise. However because of many factors outside our control they do
not guarantee the suitability of our products for any particular application. Always consult Synventive
for your specific application.
Table of Contents
Introduction
Page 3 ..................................................
The product range for individual hot runner solutions
Hot Runner Components
Nozzles
Page 4 ..................................................
Overview of nozzles series
Page 5 ..................................................
Key data of nozzles
Manifolds
Page 6 ..................................................
Overview of the avalaible manifold series
Flow Control
Page 7 ..................................................
Overview of the available actuators
Material Suitability
Page 8 ..................................................
Nozzles, size 06, open / valve gate
Page 9 ..................................................
Nozzles, size 09, open / valve gate
Page 10 ..................................................
Nozzles, size 12, open / valve gate
Page 11 ..................................................
Nozzles, size 16, open / valve gate
Page 12 ..................................................
Nozzles, size 22, open / valve gate
Hot Runner Design
Page 13 ..................................................
What is the shot weight per nozzle used for?
Page 14 ..................................................
Thermal expansion guide lines
© Synventive Molding Solutions
2014-12-17
CAT-14-0001_EN-REV03
2 / 14
All rights reserved.
Errors and exceptions excepted.
Hot Runner Guide
The indivdual Hot Runner solution from modular components
Hot Runner Components
C P
T A
1
Product Range Structure
Each hot runner system is made from a set of
components.
The range of Synventive hot runner components is structured according to the work flow
of how
a) Nozzles
Wide range of nozzles to suit most applications.
b) Hot Runner Systems
2
a)
b)
Available in standard shapes - I, H, X, Y - and
in any realisable custom shape, the ranges of
manifolds cover all possible injection configurations and mold concepts.
c)
d)
c) Melt Flow Control Technology
Utilizing valve gate technologies, Synventive
provides solutions from traditional SVG to
activeGate™ technology to meet the needs of
the most challenging applications.
d) Connections
To customer specification or Synventive
standard, Synventive hot runner systems are
available pre-wired and pre-piped.
e) Hot Halves
Hot runner systems are supplied completely
mounted in mold plates, pre-wired, pre-piped
if required and fully adjusted.
© Synventive Molding Solutions
2014-12-17
e)
3
CAT-14-0001_EN-REV03
3 / 14
All rights reserved.
Errors and exceptions excepted.
Hot Runner Guide
Overview of Nozzle Series
C P
T A
Nozzle style
Nozzle size
J
Sprue bushing
(thermal gate)
Single valve gate nozzles
(pneumatic / hydraulic)
Threaded nozzles
(thermal gate / valve gate)
J=Ø6
Ø6
06
06 S
06 E01
J=Ø7
07
CBN S
pneumatisch
J=Ø9
09
09 S
J=Ø12
12
12 S
GA N… S
12 SV
pneumatisch
hydraulisch
GB N… S
16 SV
pneumatisch
hydraulisch
12 E01
J=Ø16
16
16 S
12
09 E01
16 E01
16
16 E02
J=Ø22
22
22 S
16
22 E01
22
22 E02
© Synventive Molding Solutions
2014-12-17
CAT-14-0001_EN-REV03
4 / 14
All rights reserved.
Errors and exceptions excepted.
Hot Runner Guide
Key Data of Hot Runner Nozzles
Nozzle key data
Max. shot weight per nozzle (g)
Nozzle size
mediumb)
lowc)
higha)
mediumb)
lowc)
S
E
06 S
09 S
12 S
16 S
22 S
CBN… S
GAN … S
12 SV
GBN … S
16 SV
pneumatic
pneumatic
hydraulic
pneumatic
hydraulic
06 E01
09 E01
12 E01
16 E01
16 E02
22 E01
22 E02
valve gate
…………………
…………………
…………………
…………………
…………………
…………………
…………………
…………………
…………………
…………………
30
70
500
1000
1500
-
70
120
800
1500
2500
-
120
250
1500
2500
5000
-
-
-
-
10
80
80
250
250
50
150
150
600
600
80
300
300
1500
1500
Ø6
Ø9
Ø12
Ø16
Ø22
Ø7
Ø12
Ø12
Ø16
Ø16
…………………
…………………
…………………
…………………
…………………
…………………
…………………
30
70
500
1000
700
1500
1200
70
120
800
1500
1000
2500
2000
120
250
1500
2500
2000
5000
3500
10
40
100
500
100
800
300
45
80
250
800
200
1200
800
80
200
500
1500
400
2000
1500
Ø6
Ø9
Ø12
Ø16
Ø16 & Ø12
Ø22
Ø22 & Ø18
Nozzle series
T A
Major dimensions
higha)
open
C P
J
L
D
Xn
60…200
60…400
60…650
96…627
96…627
33.5…243.5
48…297
48…297
48…380
96…627
Ø20
Ø27
Ø35
Ø50
Ø60
Ø27
Ø40
Ø40
Ø48
Ø50
-
60…200
60…400
96…627
96…627
196…647
96…627
196…647
20
27
Ø40
Ø50
Ø40
Ø60
Ø50
20
30
46,5
57
57
67
67
-
S
Viscosity of melt*
> 150 Pa s
Shot weight based on gating type and
viscosity of melt
PC, PMMA PEEK, PES, PSU,
PEI, POM
L
= 60...150 Pa s b) medium
ABS, SAN, ASA, PBT, PET,
POM (Copo), PA, PPE, PPO,
PPS, PC/ABS, PC/PBT
Major dimensions and heater zones
Minimum and maximum value of nozzle length
depend on the selected tip shape. Intermediate
values can be found from the dimensional table
of each nozzle series.
a) high
< 60 Pa s
B
M
A
J
c) low
PP, PE, PS, LCP, TPE
E
D
L
* at medium melt temperature and at a
shear rate of 1000 1/s
© Synventive Molding Solutions
2014-12-17
CAT-14-0001_EN-REV03
5 / 14
Xn - minimal distance between nozzles for thermal gate
All rights reserved.
Errors and exceptions excepted.
Hot Runner Guide
Manifolds
Available manifold series
V-37
Nozzle size
Nozzle series
M=
37
V-42
M1=
36
J2 max.
NT V A
M=
42
V-45
M1=
50
J2 max.
B NT V A
M=
45
V-50
M1=
50
J2 max.
B NT V A
M=
50
VE
M1=
60
J2 max.
B NT V A
M=
50
T A
VF
M1=
80
J2 max.
B NT V A
C P
M=
65
M1=
80
J2 max.
B NT V A
B
06
06 E01
……
09
09 E01
……
12
12 E01
……
18
12
20
20
22
22
20
20
16
16 E01
16 E02
……
……
18
12
20
20
22
22
20
20
18
12
20
20
22
22
20
20
22
22 E01
22 E02
……
……
18
12
20
20
22
22
20
20
18
12
20
20
22
22
20
20
10
10
10
15
10
NT:
12
10
15
12
10
V:
Open nozzles
B
J2
Major dimensions
12
15
Valve gate nozzles
A
M
M1
© Synventive Molding Solutions
2014-12-17
CAT-14-0001_EN-REV03
6 / 14
All rights reserved.
Errors and exceptions excepted.
Hot Runner Guide
Actuators
HYC4520M
PNC3008B
PNC4508B
PNC6018B
PNC4508M
PNC6018M
PNC7518M
HYZ3908
QCVG16
VP4008P
VP8016P
ELA4308P
ELA5708P
ELA8708P
ELA8716P
electrical
HYC4018M
Nozzle size
Nozzle series
hydraulic
HYC4016M
Available actuators
pneumatic
T A
HYC2508M
a
C P
Xc
Xc
Xc
Xc
Xc
Xc
Xc
Xc
Xc
Xc
Xc
Xc
Xc
Xc
Xc
Xc
Xc
Xc
Xc
06
06 E01
………
37
-
-
42
-
-
57
-
-
-
-
55
-
45
60
-
-
-
09
09 E01
………
37
-
-
-
61
-
57
-
-
53
-
55
-
-
-
90
90
-
12
12 E01
………
-
57
96
-
-
-
-
-
90
-
100
-
97
-
-
-
-
-
16
16 E01
16 E02
………
………
-
-
57
140
-
-
-
-
-
90
-
100
-
97
-
-
-
-
-
-
-
57
140
-
-
-
-
-
90
-
100
-
97
-
-
-
-
-
22
22 E01
22 E02
………
………
-
-
63
140
-
-
-
-
-
90
-
100
-
97
-
-
-
-
-
-
-
63
140
-
-
-
-
-
90
-
100
-
97
-
-
-
-
-
Actuator bolted to the manifold
-
Xc
Xc
Actuator in mold plate
Actuator with backing plate
Electrical actuator in mold plate
Xc
Xc
© Synventive Molding Solutions
2014-12-17
CAT-14-0001_EN-REV03
7 / 14
All rights reserved.
Errors and exceptions excepted.
Hot Runner Guide
Material suitability: Nozzles, size 06
C P
T A
Illustrations simplified, schematically drawn and not to scale. All dimensions in mm.
Tip shape
Version
Gating
Related
nozzle series
06
K
01
P
K
01
N
K
01
T
Y
10
T
W
10
T
Y
10
V
W
10
V
●
●
●
●
●
●
●
L
06 E01
Parameters
Extension
(F)
Gate Ø
(H)
6
1.2 - 2.0
6
6
-
-
-
-
1.2 - 2.0
1.2 - 2.0
0.8, 1.2, 1.6
0.8, 1.2, 1.6
1.6
0.8, 1.2, 1.6
direct on part for
semi-crystalline
materials, or
cold runner
applications
direct on
part, cooled
toolinsert
recommended
Material suitability
Application
thermopl.
elastomers
blends
amorphus thermoplastics
semi-crystalline thermoplastics
Material
cold runner
applications
cold runner
applications,
high filled
material,
TPE, TPU
cold runner
applications,
semicrystalline
materials
direct on part for
semi-crystalline
materials, or
cold runner
applications
direct on part
cooled + hardened toolinsert
recommended
fast cycle
cosmetic gate
wear resistant
PE
PP
PEEK
PPS
PET
PBT
PA6
PA6.6
PA4.6
PPA
POM Homo
POM Copo
LCP
PMMA
ABS
ASA
SAN
PS
PPE
PC
PES
PSU
PEI
SMA
PVC soft
PC/ABS
PC/PBT
PA/ABS
TPE-O/S/V
TPE-U
Disclaimer: For resins not mentioned in the overview or specific applications please consult Synventive.
Highly Suitable
© Synventive Molding Solutions
2014-12-17
Suitable
CAT-14-0001_EN-REV03
8 / 14
Consult Synventive
Not Suitable
All rights reserved.
Errors and exceptions excepted.
Hot Runner Guide
Material suitability: Nozzles, size 09
Tip shape
Version
Gating
09 E01
Parameters
Extension
(F)
Gate Ø
(H)
Material suitability
Application
thermopl.
elastomers
blends
amorphus thermoplastics
semi-crystalline thermoplastics
Material
K
01
N
K
01
T
S
10
T
W
10
T
●
●
●
●
●
T A
Illustrations simplified, schematically drawn and not to scale. All dimensions in mm.
S
10
V
S
25
V
W
10
V
W
25
V
●
●
●
●
L
Related
nozzle series
09
K
01
P
C P
10
10
10
0, 10
2.0, 2.5
2.0, 2.5
2.0, 2.5
1.5, 2.0, 2.5
cold runner
applications,
semi-crystalline
materials
direct on part for
semi-crystalline
materials, or cold
runner applications
cold runner
applications
cold runner
applications, high
filled material,
TPE, TPU
-
0, 10
0, 10
1.2, 1.6,
2.0, 2.5
2.5
2.5
direct on
part, cooled
toolinsert
recommended
direct on part for
semi-crystalline
materials, or
cold runner
applications
direct on part for
semi-crystalline
materials, or
cold runner
applications
-
-
1.5, 2.0,
2.5, 3.0
1.5, 2.0, 2.5
direct on part
cooled + hardened toolinsert
recommended
direct on part
for amorphous
materials, cooled
+ hardened
toolinsert recommended
fast cycle
cosmetic gate
wear resistant
PE
PP
PEEK
PPS
PET
PBT
PA6
PA6.6
PA4.6
PPA
POM Homo
POM Copo
LCP
PMMA
ABS
ASA
SAN
PS
PPE
PC
PES
PSU
PEI
SMA
PVC soft
PC/ABS
PC/PBT
PA/ABS
TPE-O/S/V
TPE-U
Disclaimer: For resins not mentioned in the overview or specific applications please consult Synventive.
Highly Suitable
© Synventive Molding Solutions
2014-12-17
Suitable
CAT-14-0001_EN-REV03
9 / 14
Consult Synventive
Not Suitable
All rights reserved.
Errors and exceptions excepted.
Hot Runner Guide
Material suitability: Nozzle size 12
Tip shape
Version
Gating
Related
nozzle series
12
12 E01
(H)
Material suitability
Applications
thermopl.
elastomers
blends
amorphus thermoplastics
semi-crystalline thermoplastics
Material
S
01
T
W
10
T
W
10
V
W
25
V
●
●
●
●
●
T A
Illustrations simplified, schematically drawn and not to scale. All dimensions in mm.
V
10
V
V
25
V
S
10
V
S
25
V
●
●
●
●
L
Parameters
Extension
(F)
Gate Ø
K
27
N
C P
0, 30,
0-30 MOD.
0, 30,
0-30 MOD.
2.2 , 2.5, 2.8,
3.2, 3.6, 4.0
2.1, 2.4, 2.7,
3.0, 3.3, 3.6
cold runner
applications
direct on part for
semi-crystalline
materials, or
cold runner
applications
-
-
2.1, 2.4, 2.7,
3.0, 3.3, 3.6
direct on
part, cooled
toolinsert
recommended
-
0, 30,
0-30 MOD.
0, 30,
0-30 MOD.
0, 30,
0-30 MOD.
3.0
4.0
2.5, 3.0, 3.5
3.0, 3.5,
4.0
direct on part
cooled + hardened toolinsert
recommonded
direct on part
for amorphous
materials, cooled
+ hardened
toolinsert recommonded
direct on part for
semi-crystalline
materials, or
cold runner
applications
direct on part for
semi-crystalline
materials, or
cold runner
applications
direct on part for
semi-crystalline
materials, or
cold runner
applications
0, 30,
0-30 MOD.
3.0
direct on part
for semicrystalline
materials, or
cold runner
applications
fast cycle
cosmetic gate
gate vestige
wear resistant
PE
PP
PEEK
PPS
PET
PBT
PA6
PA6.6
PA4.6
PPA
POM Homo
POM Copo
LCP
PMMA
ABS
ASA
SAN
PS
PPE
PC
PES
PSU
PEI
SMA
PVC soft
PC/ABS
PC/PBT
PA/ABS
TPE-O/S/V
TPE-U
Disclaimer: For resins not mentioned in the overview or specific applications please consult Synventive.
Highly Suitable
© Synventive Molding Solutions
2014-12-17
Suitable
CAT-14-0001_EN-REV03
10 / 14
Consult Synventive
Not Suitable
All rights reserved.
Errors and exceptions excepted.
Hot Runner Guide
Material suitability: Nozzle size 16
Tip shape
Version
Gating
16 E01
Parameters
Extension
(F)
Gate Ø
(H)
Material suitability
Applications
thermopl.
elastomers
blends
amorphus thermoplastics
semi-crystalline thermoplastics
Material
S
01
T
W
01
T
W
10
V
W
25
V
●
●
●
●
●
T A
Illustrations simplified, schematically drawn and not to scale. All dimensions in mm.
V
10
V
V
25
V
S
10
V
S
25
V
●
●
●
●
L
Related
nozzle series
16
K
27
N
C P
0, 30,
0-30 MOD.
0, 30,
0-30 MOD.
2.5, 2.8, 3.2,
3.6, 4.0, 4.5
2.4, 2.7, 3.0,
3.3, 3.6, 3.9
cold runner
applications
direct on part for
semi-crystalline
materials, or cold
runner applications
2.4, 2.7, 3.0,
3.3, 3.6, 3.9
4.0, 4.5, 5.0
direct on part,
direct on part
cooled toolinsert cooled + hardrecommended
ened toolinsert
recommonded
4.0, 4.5,
direct on part
for amorphous
materials, cooled
+ hardened
toolinsert recommonded
0, 30,
0-30 MOD.
0, 30,
0-30 MOD.
0, 30,
0-30 MOD.
5.0
4.5
5.0
direct on part for
semi-crystalline
materials, or
cold runner
applications
direct on part for
semi-crystalline
materials, or
cold runner
applications
direct on part for
semi-crystalline
materials, or
cold runner
applications
0, 30,
0-30 MOD.
4.5
direct on part
for semicrystalline
materials, or
cold runner
applications
fast cycle
cosmetic gate
gate vestige
wear resistant
PE
PP
PEEK
PPS
PET
PBT
PA6
PA6.6
PA4.6
PPA
POM Homo
POM Copo
LCP
PMMA
ABS
ASA
SAN
PS
PPE
PC
PES
PSU
PEI
SMA
PVC soft
PC/ABS
PC/PBT
PA/ABS
TPE-O/S/V
TPE-U
Disclaimer: For resins not mentioned in the overview or specific applications please consult Synventive.
Highly Suitable
© Synventive Molding Solutions
2014-12-17
Suitable
CAT-14-0001_EN-REV03
11 / 14
Consult Synventive
Not Suitable
All rights reserved.
Errors and exceptions excepted.
Hot Runner Guide
Material suitability: Nozzles size 22
Tip shape
Version
Gating
22 E01
Parameters
Extension
(F)
Gate Ø
(H)
Material suitability
Application
thermopl.
elastomers
blends
amorphus thermoplastics
semi-crystalline thermoplastics
Material
S
01
T
W
01
T
W
10
V
W
25
V
●
●
●
●
●
T A
Illustrations simplified, schematically drawn and not to scale. All dimensions in mm.
V
10
V
V
25
V
S
10
V
S
25
V
●
●
●
●
0, 30,
0-30 MOD.
L
Related
nozzle series
22
K
27
N
C P
0, 30,
0-30 MOD.
0, 30,
0-30 MOD.
2.8, 3.2, 3.6,
4.0, 4.5, 5.0
2.7, 3.0, 3.3,
3.6, 3.9, 4.2
cold runner
applications
direct on part for
semi-crystalline
materials, or
coldrunner
applications
-
-
2.7, 3.0, 3.3,
3.6, 3.9, 4.2
5.0, 5.5,
6.0, 7.0
direct on
part, cooled
toolinsert
recommended
direct on part
cooled + hardened toolinsert
recommonded
-
0, 30,
0-30 MOD.
0, 30,
0-30 MOD.
0, 30,
0-30 MOD.
5.5, 6.0,
6.5
6.0
6.0
6.0
direct on part
for amorphous
materials, cooled
+ hardened
toolinsert recommonded
direct on part for
semi-crystalline
materials, or
cold runner
applications
direct on part for
semi-crystalline
materials, or
cold runner
applications
direct on part for
semi-crystalline
materials, or
coldrunner
applications
6.0
direct on part
for semicrystalline
materials, or
coldrunner
applications
fast cycle
cosmetic gate
gate vestige
wear resistant
PE
PP
PEEK
PPS
PET
PBT
PA6
PA6.6
PA4.6
PPA
POM Homo
POM Copo
LCP
PMMA
ABS
ASA
SAN
PS
PPE
PC
PES
PSU
PEI
SMA
PVC soft
PC/ABS
PC/PBT
PA/ABS
TPE-O/S/V
TPE-U
Disclaimer: For resins not mentioned in the overview or specific applications please consult Synventive.
Highly Suitable
© Synventive Molding Solutions
2014-12-17
Suitable
CAT-14-0001_EN-REV03
12 / 14
Consult Synventive
Not Suitable
All rights reserved.
Errors and exceptions excepted.
Hot Runner Guide
What is the shot weight per nozzle used for?
The term “maximum shot size per nozzle” denotes
the performance capacity of a hotrunner nozzle,
that is, the maximum quantity of plastic melt that
can pass through the nozzle during operation
without damaging the nozzle or plastic material.
C P
T A
1
The reason performance capacity is specified in
terms of weight rather than volume flow is that it is
more readily understandable to the user, who has
usually received information on the weight of the
molded parts to be produced.
W =
W
+
+
How to find the shot weight per nozzle (W) is
shown on the right for three different applications.
Several parts per nozzle
 Multi cavity mold with sprue bushing
 Gating on cold sub runner
 Shot weight per nozzle = Parts + runner
2
One part per nozzle
 Multi cavity mold with manifold system
 Direct gating on to the part
W1
 Shot weight per nozzle = part
W1 = W2 =
Several nozzles per part
 Single cavity mold with manifold system
 Direct gating on to the part
W2
 Shot weight per nozzle = Section of the
cavity which is filled by one nozzle
The maximum shot size that can be achieved
depends on several factors:
à Injection time
à Type of plastic: viscosity, additives, etc.
3
à Runner length/diameter
à Maximum permitted pressure loss
à Residence time
When the above factors are taken into consideration, conflicting requirements may arise in some
cases.
W1
Flow channel as big as possible:
W2
à Iow pressure loss
à low shear rate
W1 =
W2 =
W3 =
Flow channel as small as possible:
W3
à Iow residence time
à good melt exchange
The values for the maximum shot weight of Synventive nozzle have been derived from practical
experience as well as theoretical studies. They
are valid for non filled materials.For a specific
application, please always consult Synventive.
© Synventive Molding Solutions
2014-12-17
CAT-14-0001_EN-REV03
13 / 14
All rights reserved.
Errors and exceptions excepted.
Hot Runner Guide
Thermal expansion guidelines
Ratio of pitch dimension to nozzle length for threaded nozzles
X = 300 mm
L = min. 100 mm
 Nozzle type = 12E
X = 650 mm
L = min. 200 mm
300
Very Suitable
250
Minimum allowable L (mm)
 Nozzle type = 06E
T A
06E
The thermal expansion of the manifold makes the nozzle move while the nozzle
tip is fixed inside the mold cut out. In order to allow the nozzle to bend without
being damaged the nozzle must adhere to a minimum length. These graphs
show the minimum length of a threaded nozzle in relation to its pitch dimension.
Example:
C P
200
150
100
Consult Synventive Molding Solutions
50
50 100 150 200 250 300 350 400 450 500 550 600 650 700 750 800 850 900 950 1000
Radial Distance X (mm)
09E
12E
300
300
Very Suitable
Very Suitable
250
Minimum allowable L (mm)
Minimum allowable L (mm)
250
200
150
100
200
150
100
Consult Synventive Molding Solutions
50
Consult Synventive Molding Solutions
50
50 100 150 200 250 300 350 400 450 500 550 600 650 700 750 800 850 900 950 1000
50 100 150 200 250 300 350 400 450 500 550 600 650 700 750 800 850 900 950 1000
Radial Distance X (mm)
Radial Distance X (mm)
16E
22E
300
300
Very Suitable
Very Suitable
250
Minimum allowable L (mm)
Minimum allowable L (mm)
250
200
150
100
200
150
100
Consult Synventive Molding Solutions
50
Consult Synventive Molding Solutions
50 100 150 200 250 300 350 400 450 500 550 600 650 700 750 800 850 900 950 1000
50
50 100 150 200 250 300 350 400 450 500 550 600 650 700 750 800 850 900 950 1000
Radial Distance X (mm)
© Synventive Molding Solutions
2014-12-17
Radial Distance X (mm)
CAT-14-0001_EN-REV03
14 / 14
All rights reserved.
Errors and exceptions excepted.
Contents
Layout and Design
2
The indivdual Hot Runner solution from modular components
3
Overview of Nozzle Series
4
Key Data of Hot Runner Nozzles
5
Manifolds6
Actuators7
Material suitability: Nozzles, size 03, 04
8
Material suitability: Nozzles, size 06
9
Material suitability: Nozzles, size 09
10
Material suitability: Nozzle series 12E
11
Material suitability: Valve gate nozzles, size 12
12
Material suitability: Open nozzles, size 16
13
Material suitability: Valve gate nozzles, size 16
14
Material suitability: Open nozzles, size 22
15
Material suitability: Valve gate nozzles, size 22
16
Designing the interface between cavity and runner
North America
17
Designing flow channel and interface to machine nozzle
DefiningInc.
the cavity gate diameter
Synventive Molding Solutions
10 Centennial Drive What is the shot weight per nozzle used for?
Peabody, MA 01960 Thermal expansion guidelines
Tel.: +1 978 750 8065 Thermal expansion guidelines
Fax: +1 978 646 3600
Email: info@synventive.com
Europe
Synventive Molding Solutions GmbH
Heimrodstraße 10
P. O. Box 3123
64625 Bensheim
Tel. :+49 (0)6251 9332-0
Fax :+49 (0)6251 9332-90
Email: infohrde@synventive.com
Asia
Synventive Molding Solutions (Suzhou) Co. Ltd.
12B Gang Tian Industrial Square
Suzhou Industrial Park, China 215021
Tel.: +86 512 6283 8870
Fax: +86 512 6283 8890
Email: infohrcn@synventive.com
CAT-14-0001_EN-REV03 2014-12-17
©2014 Synventive Molding Solutions
DTP: KA
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