metaltoplastic upp v3[1]
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1
SOLVAY ADVANCED POLYMERS
1 2007 Solvay Advanced Polymers, LLC
Designing with Ultra PolymersPractical Guidelines for Metal-to-Plastic Conversions
July 25, 2007
MORE PLASTICS WITH MORE PERFORMANCE
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SOLVAY ADVANCED POLYMERS
2 2007 Solvay Advanced Polymers, LLC
Topics
Introduction to Solvay Advanced Polymers
Description of Ultra Polymers
Metals vs. Plastics
Simulation Technology
Case Study
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3
SOLVAY ADVANCED POLYMERS
3 2007 Solvay Advanced Polymers, LLC
Solvay Advanced Polymers
Headquartered in Alpharetta, Georgia (US) with manufacturing,
R&D sites and affiliates in NA, Europe and Asia
Formed in 2001 when the Solvay Group acquired BP Amocos
high-performance plastics business
Dates back to 1974 and the inception of high-performanceplastics production at Amoco and Union Carbide
Recently acquired Mississippi Polymer Technologies and
Gharda Polymers in Panoli, India
14 distinct product families which include Sulfone Polymers,
Aromatic Polyamides and SolvaSpire Ultra Polymers
Solvay Offers More Plastics with More PerformanceThan Any Other Company in the World
Solvay Offers More Plastics with More PerformanceThan Any Other Company in the World
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4
SOLVAY ADVANCED POLYMERS
4 2007 Solvay Advanced Polymers, LLC
Plastics Performance Pyramid
PrimoSpire
self-reinforced polyphenylene
Ultra Polymers
Exceptional thermal properties
Excellent mechanical properties
Superior chemical resistance
Outstanding flame resistance
Un-matched wear resistance
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5
SOLVAY ADVANCED POLYMERS
5 2007 Solvay Advanced Polymers, LLC
Orthopedic Fixation Device
Fasteners
Applications - PrimoSpire SRP
Why PrimoSpire SRP?
Superior strength and stiffness
without reinforcements
Excellent chemical resistance
Superior surface hardness
Ease of machinability
Semiconductor Test Sockets Stock Shapes
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6
SOLVAY ADVANCED POLYMERS
6 2007 Solvay Advanced Polymers, LLC
PrimoSpire SRP Comparison with Unfilled Plastics
PrimoSpire SRP is the Stiffest and StrongestUnreinforced Plastic in the World
PrimoSpire SRP is the Stiffest and StrongestUnreinforced Plastic in the World
Tensile Properties
Strength,M
Pa
Mo
dulus,GPa
0
2
6
8
10
4
0
50
100
150
200
250
PrimoSpire
PR-120
PrimoSpire
PR-250
PPS PI PEEK PEI
Strength
Modulus
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7
SOLVAY ADVANCED POLYMERS
7 2007 Solvay Advanced Polymers, LLC
PrimoSpire SRP Comparison with Metal
PrimoSpire SRP has Properties Similar to Metals
On a Strength-to-Weight Basis
PrimoSpire SRP has Properties Similar to Metals
On a Strength-to-Weight Basis
Specific Tensile Strength(MPa/g/cm3)
0
50
100
150
200
250
PrimoSpirePR-120 PrimoSpirePR-250 Aluminum,Heat
Treated Die
Casting,
296
Aluminum6061-T4 CarbonSteel,
C1018
MagnesiumAE42-F StainlessSteel, 301 Titanium 6-2-4-2
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SOLVAY ADVANCED POLYMERS
8 2007 Solvay Advanced Polymers, LLC
Topics
Introduction to Solvay
Description of Ultra Polymers
Metals vs. Plastics
Simulation Technology
Case Study
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9
SOLVAY ADVANCED POLYMERS
9 2007 Solvay Advanced Polymers, LLC
Metals vs. Plastics
STRESS
ELONGATION
FlowDirection
TransverseDirection
Fiber-Reinforced PolymersReinforcedPolymers
Metal
ELONGATION
STRES
S
UnfilledPolymers
PrimoSpire SRP
PrimoSpireSRP has Exceptional Strength andStiffness Without Reinforcements
PrimoSpireSRP has Exceptional Strength andStiffness Without Reinforcements
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10
SOLVAY ADVANCED POLYMERS
10 2007 Solvay Advanced Polymers, LLC
Material Strength in Molded Part
WELD LINE
GATE
GATE
ORIEN
TATIO
N
Several Factors Affect Strength
Fiber orientation
Weld line
Gate location
Processing
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SOLVAY ADVANCED POLYMERS
11 2007 Solvay Advanced Polymers, LLC
Metals vs. PrimoSpire SRP
Tensile Youngs SpecificStrength Modulus Gravity(MPa) (GPa)
Metals
Aluminum 320 70 2.8
Die Cast Zinc 280 70 6.6
Magnesium 225 40 1.8
Self-Reinforced Polymers
PrimoSpire PR-120 207 8 1.2
PrimoSpire PR-250 152 5 1.2
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12
SOLVAY ADVANCED POLYMERS
12 2007 Solvay Advanced Polymers, LLC
Equivalent Stiffness
For Same Deflection: Tensile Modulus (E) x Moment of Inertia (I)for metal and plastic should be the same
With Same Area: Moment of Inertia of plastic cross section is
approximately 12 times the Moment of Inertiaof metal cross section along the x-axis
Difference in Modulus Can Be Compensated ByGeometrical Stiffness Without Increasing the Volume
Difference in Modulus Can Be Compensated ByGeometrical Stiffness Without Increasing the Volume
METAL PLASTIC
T
W
T/3
W
WW = 2T
x
xxx
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13
SOLVAY ADVANCED POLYMERS
13 2007 Solvay Advanced Polymers, LLC
Stress vs. Strain
0
50
100
150
200
250
0 2 4 6 8
Strain (%)
Tensile
Stress,
MPa
23C
50C
70C
80C
100C
120C
130C
150C
180C
200C
Linear
Non-linear
Latch Assembly
Ultra Polymers Offer Higher Strain andStrength at Higher Temperature
Ultra Polymers Offer Higher Strain andStrength at Higher Temperature
30% GF Polymer
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14
SOLVAY ADVANCED POLYMERS
14 2007 Solvay Advanced Polymers, LLC
Creep Is Deformation Under Constant Load
STRAIN
TIME
Elastic
Viscoelastic
Elastic
Relaxation
What is Creep?
1
2
3
TYPES OF INSERTS
1. Molded in
2. Ultrasonically assembled
3. Press fit
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15
SOLVAY ADVANCED POLYMERS
15 2007 Solvay Advanced Polymers, LLC
What is Tolerance?
Tolerance is a Combined Effectof Variations in
Tool dimension
Shrinkage
Process parameters
Optimize Tolerance in Part Design
Design for plastics
Make Certain CPk is Achievable
Metal
Plastic
Interference Fit
Tight Tolerance Represents Poor Plastic DesignTight Tolerance Represents Poor Plastic Design
Plastic hasadvantage oflower modulus
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SOLVAY ADVANCED POLYMERS
16 2007 Solvay Advanced Polymers, LLC
Topics
Introduction to Solvay Advanced Polymers
Description of Ultra Polymers
Metals vs. Plastics
Simulation Technology
Computer Aided Engineering (CAE)
Optimization
Case Study
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17
SOLVAY ADVANCED POLYMERS
17 2007 Solvay Advanced Polymers, LLC
Computer Aided Engineering (CAE)
Flow Analysis
Flow balance
Pressure profile
Weld line
Fiber orientation
Stress Analysis FEA(Finite Element Analysis)
Stress distribution
Deflection
Optimization
CAE Insures Functionality and MoldabilityCAE Insures Functionality and Moldability
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18
SOLVAY ADVANCED POLYMERS
18 2007 Solvay Advanced Polymers, LLC
Stress Analysis (FEA)
Design Requirements1 million thermal cycles at 210C
with 2 bar internal pressure
Edge clamped onaluminum body
Objective: Based on success of a smaller charged air cooler,conduct feasibility study to convert to larger size
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19
SOLVAY ADVANCED POLYMERS
19 2007 Solvay Advanced Polymers, LLC
FEA Results Stress Distribution
Structural stiffnessincreased by adding rib
Maximum Stress Level Should Be Well Within
Design Limit of Plastic in a Given Environment
Maximum Stress Level Should Be Well Within
Design Limit of Plastic in a Given Environment
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20
SOLVAY ADVANCED POLYMERS
20 2007 Solvay Advanced Polymers, LLC
Flow Analysis
Objective: Recommend gate location to minimize warpageand improve flatness for better sealing surface
Options
Edge gate
Center gate
Warpage affected by
Flow balance
Fiber OrientationUniform Cooling
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21
SOLVAY ADVANCED POLYMERS
21 2007 Solvay Advanced Polymers, LLC
Center GateEdge Gate
Pressure Profile
Flow Balance Provides Minimum WarpageFlow Balance Provides Minimum Warpage
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22
SOLVAY ADVANCED POLYMERS
22 2007 Solvay Advanced Polymers, LLC
Optimization
Design
Use only where needed
Processing
Insert molding
Machining stock shapes
New Approaches
Collaboration
CAE Integration
Stock Shapes
Insert Molding
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23
SOLVAY ADVANCED POLYMERS
23 2007 Solvay Advanced Polymers, LLC
Collaboration - Team Approach
Material
PartDesign
Tooling&
Processing
MolderDesigner
ResinSupplier
Performance
Geometry Regulations
Cost
Processing
Tooling Moldability
Cycle Time
Material Characteristics Application Database
CAE Support
Secondary Operations
New Product Development
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24
SOLVAY ADVANCED POLYMERS
24 2007 Solvay Advanced Polymers, LLC
CAE Integration
Material
Part
Design
Tooling&
Processing
FlowAnalysis
StressAnalysis
FinalDesign
Material
PartDesign
Tooling&
Processing
ORIENTATIONEFFECT
FinalDesign
FlowAnalysis
StressAnalysis
Design Team
CAE Integration(Accurate Prediction)
Traditional(Silo Effect)
Integration of Flow Analysis with Stress AnalysisGives More Accurate Prediction
Integration of Flow Analysis with Stress AnalysisGives More Accurate Prediction
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SOLVAY ADVANCED POLYMERS
25 2007 Solvay Advanced Polymers, LLC
Topics
Introduction to Solvay
Description of Ultra Polymers
Plastics vs. Metals
Computer Aided Engineering (CAE)
Case Study
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26
SOLVAY ADVANCED POLYMERS
26 2007 Solvay Advanced Polymers, LLC
Case Study - Motor End Cap
Background
Metal cap with thermoset brush card
Five different parts
Machining and anodizing
Critical features
Creep and flatness
Chemical resistance
BenefitsCost reduction
Weight reduction
Parts consolidation
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27
SOLVAY ADVANCED POLYMERS
27 2007 Solvay Advanced Polymers, LLC
Technical Support
Concept insert molding, crush ribs, improved flatness
Material Selection chemical resistance, strength, and
stiffness, plus improved creep requirements and flatness
Design Finite Element Analysis (FEA) for improved
performance and Flow Analysis for optimized gate location
Prototype Development tooling and molding
Testing process verification (viscosity and crystallinity)
Production
cycle optimization, fabrication, assembly,secondary operations
Solvay has Over 20 Years ExperienceSuccessfully Replacing Metal with Plastic
Solvay has Over 20 Years ExperienceSuccessfully Replacing Metal with Plastic
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28
SOLVAY ADVANCED POLYMERS
28 2007 Solvay Advanced Polymers, LLC
Keys to Success
Apply team approach
Use flow analysis and stress analysisto validate functionality and moldability
MUST redesign and optimize the design
Select the right ultra polymer for the job
Well-Designed Part Made from the Right PlasticCan Outperform a Metal Part
Well-Designed Part Made from the Right PlasticCan Outperform a Metal Part
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29
SOLVAY ADVANCED POLYMERS
29 2007 Solvay Advanced Polymers, LLC
SolvaSpire Ultra Polymers
KetaSpire PEEK (polyetheretherketone)Broadest chemical resistance, highest strength
AvaSpire modified PEEKBest way to bridge price and performance gaps
PrimoSpire self-reinforced polyphenyleneWorlds stiffest and strongest unreinforced plastic
EpiSpire high-temperature sulfoneBest combination of exceptional creep resistance
at high temperatures with processing ease
Torlonpolyamide-imideBest wear-resistance and lowest friction properties
Solvay Offers More Plastics with More PerformanceSolvay Offers More Plastics with More Performance
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30BUSINESS CONFIDENTIAL 2007 Solvay Advanced Polymers, LLC
SOLVAY ADVANCED POLYMERS
Want To Know More?
For additional information,
please e-mail us at
advancedpolymers@solvay.com
mailto:advancedpolymers@solvay.commailto:advancedpolymers@solvay.com -
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1
SOLVAY ADVANCED POLYMERS
1 2007 Solvay Advanced Polymers, LLC
Designing with Ultra PolymersPractical Guidelines for Metal-to-Plastic Conversions
July 25, 2007
MORE PLASTICS WITH MORE PERFORMANCE
-
8/2/2019 MetaltoPlastic UPP V3[1]
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SOLVAY ADVANCED POLYMERS
2 2007 Solvay Advanced Polymers, LLC
Topics
Introduction to Solvay Advanced Polymers
Description of Ultra Polymers
Metals vs. Plastics
Simulation Technology
Case Study
-
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3
SOLVAY ADVANCED POLYMERS
3 2007 Solvay Advanced Polymers, LLC
Solvay Advanced Polymers
Headquartered in Alpharetta, Georgia (US) with manufacturing,
R&D sites and affiliates in NA, Europe and Asia
Formed in 2001 when the Solvay Group acquired BP Amocos
high-performance plastics business
Dates back to 1974 and the inception of high-performanceplastics production at Amoco and Union Carbide
Recently acquired Mississippi Polymer Technologies and
Gharda Polymers in Panoli, India
14 distinct product families which include Sulfone Polymers,
Aromatic Polyamides and SolvaSpire
Ultra Polymers
Solvay Offers More Plastics with More PerformanceThan Any Other Company in the World
Solvay Offers More Plastics with More PerformanceThan Any Other Company in the World
-
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4
SOLVAY ADVANCED POLYMERS
4 2007 Solvay Advanced Polymers, LLC
Plastics Performance Pyramid
PrimoSpire
self-reinforced polyphenylene
Ultra Polymers
Exceptional thermal properties
Excellent mechanical properties
Superior chemical resistance
Outstanding flame resistance
Un-matched wear resistance
-
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5
SOLVAY ADVANCED POLYMERS
5 2007 Solvay Advanced Polymers, LLC
Orthopedic Fixation Device
Fasteners
Applications - PrimoSpire SRP
Why PrimoSpire SRP?
Superior strength and stiffness
without reinforcements
Excellent chemical resistance
Superior surface hardness
Ease of machinability
Semiconductor Test Sockets Stock Shapes
-
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6
SOLVAY ADVANCED POLYMERS
6 2007 Solvay Advanced Polymers, LLC
PrimoSpire SRP Comparison with Unfilled Plastics
PrimoSpire SRP is the Stiffest and StrongestUnreinforced Plastic in the World
PrimoSpire SRP is the Stiffest and StrongestUnreinforced Plastic in the World
Tensile Properties
Strength,MPa
Modulus,GPa
0
2
6
8
10
4
0
50
100
150
200
250
PrimoSpirePR-120
PrimoSpirePR-250
PPS PI PEEK PEI
Strength
Modulus
-
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7
SOLVAY ADVANCED POLYMERS
7 2007 Solvay Advanced Polymers, LLC
PrimoSpire SRP Comparison with Metal
PrimoSpire SRP has Properties Similar to Metals
On a Strength-to-Weight Basis
PrimoSpire SRP has Properties Similar to Metals
On a Strength-to-Weight Basis
Specific Tensile Strength(MPa/g/cm3)
0
50
100
150
200
250
PrimoSpire
PR-120
PrimoSpire
PR-250
Aluminum,
HeatTreated Die
Casting,
296
Aluminum
6061-T4
Carbon
Steel,C1018
Magnesium
AE42-F
Stainless
Steel, 301
Titanium 6-
2-4-2
-
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SOLVAY ADVANCED POLYMERS
8 2007 Solvay Advanced Polymers, LLC
Topics
Introduction to Solvay
Description of Ultra Polymers
Metals vs. Plastics
Simulation Technology
Case Study
-
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9
SOLVAY ADVANCED POLYMERS
9 2007 Solvay Advanced Polymers, LLC
Metals vs. Plastics
STRES
S
ELONGATION
FlowDirection
TransverseDirection
Fiber-Reinforced PolymersReinforcedPolymers
Metal
ELONGATION
STRES
S
UnfilledPolymers
PrimoSpire SRP
PrimoSpireSRP has Exceptional Strength andStiffness Without Reinforcements
PrimoSpireSRP has Exceptional Strength andStiffness Without Reinforcements
-
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10
SOLVAY ADVANCED POLYMERS
10 2007 Solvay Advanced Polymers, LLC
Material Strength in Molded Part
WELD LINE
GATE
GATE
ORIEN
TATIO
N
Several Factors Affect Strength
Fiber orientation
Weld line
Gate location
Processing
-
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SOLVAY ADVANCED POLYMERS
11 2007 Solvay Advanced Polymers, LLC
Metals vs. PrimoSpire SRP
Tensile Youngs SpecificStrength Modulus Gravity(MPa) (GPa)
Metals
Aluminum 320 70 2.8
Die Cast Zinc 280 70 6.6
Magnesium 225 40 1.8
Self-Reinforced Polymers
PrimoSpire PR-120 207 8 1.2
PrimoSpire PR-250 152 5 1.2
-
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12
SOLVAY ADVANCED POLYMERS
12 2007 Solvay Advanced Polymers, LLC
Equivalent Stiffness
For Same Deflection: Tensile Modulus (E) x Moment of Inertia (I)for metal and plastic should be the same
With Same Area: Moment of Inertia of plastic cross section isapproximately 12 times the Moment of Inertiaof metal cross section along the x-axis
Difference in Modulus Can Be Compensated ByGeometrical Stiffness Without Increasing the Volume
Difference in Modulus Can Be Compensated ByGeometrical Stiffness Without Increasing the Volume
METAL PLASTIC
T
W
T/3
W
WW = 2T
x
xxx
-
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13
SOLVAY ADVANCED POLYMERS
13 2007 Solvay Advanced Polymers, LLC
Stress vs. Strain
0
50
100
150
200
250
0 2 4 6 8
Strain (%)
TensileStress,
MPa
23C
50C
70C
80C
100C
120C
130C
150C180C
200C
Linear
Non-linear
Latch Assembly
Ultra Polymers Offer Higher Strain andStrength at Higher Temperature
Ultra Polymers Offer Higher Strain andStrength at Higher Temperature
30% GF Polymer
-
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14
SOLVAY ADVANCED POLYMERS
14 2007 Solvay Advanced Polymers, LLC
Creep Is Deformation Under Constant Load
STRAIN
TIME
Elastic
Viscoelastic
Elastic
Relaxation
What is Creep?
1
2
3
TYPES OF INSERTS
1. Molded in
2. Ultrasonically assembled
3. Press fit
-
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15
SOLVAY ADVANCED POLYMERS
15 2007 Solvay Advanced Polymers, LLC
What is Tolerance?
Tolerance is a Combined Effectof Variations in
Tool dimension
Shrinkage
Process parameters
Optimize Tolerance in Part Design
Design for plastics
Make Certain CPk is Achievable
Metal
Plastic
Interference Fit
Tight Tolerance Represents Poor Plastic DesignTight Tolerance Represents Poor Plastic Design
Plastic hasadvantage oflower modulus
-
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SOLVAY ADVANCED POLYMERS
16 2007 Solvay Advanced Polymers, LLC
Topics
Introduction to Solvay Advanced Polymers
Description of Ultra Polymers
Metals vs. Plastics
Simulation Technology
Computer Aided Engineering (CAE)
Optimization
Case Study
-
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17
SOLVAY ADVANCED POLYMERS
17 2007 Solvay Advanced Polymers, LLC
Computer Aided Engineering (CAE)
Flow Analysis
Flow balance
Pressure profile
Weld line
Fiber orientation
Stress Analysis FEA(Finite Element Analysis)
Stress distribution
DeflectionOptimization
CAE Insures Functionality and MoldabilityCAE Insures Functionality and Moldability
-
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18
SOLVAY ADVANCED POLYMERS
18 2007 Solvay Advanced Polymers, LLC
Stress Analysis (FEA)
Design Requirements1 million thermal cycles at 210C
with 2 bar internal pressure
Edge clamped onaluminum body
Objective: Based on success of a smaller charged air cooler,conduct feasibility study to convert to larger size
-
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19
SOLVAY ADVANCED POLYMERS
19 2007 Solvay Advanced Polymers, LLC
FEA Results Stress Distribution
Structural stiffnessincreased by adding rib
Maximum Stress Level Should Be Well Within
Design Limit of Plastic in a Given Environment
Maximum Stress Level Should Be Well Within
Design Limit of Plastic in a Given Environment
-
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20
SOLVAY ADVANCED POLYMERS
20 2007 Solvay Advanced Polymers, LLC
Flow Analysis
Objective: Recommend gate location to minimize warpageand improve flatness for better sealing surface
Options
Edge gate
Center gate
Warpage affected by
Flow balance
Fiber Orientation
Uniform Cooling
-
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21
SOLVAY ADVANCED POLYMERS
21 2007 Solvay Advanced Polymers, LLC
Center GateEdge Gate
Pressure Profile
Flow Balance Provides Minimum WarpageFlow Balance Provides Minimum Warpage
-
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22
SOLVAY ADVANCED POLYMERS
22 2007 Solvay Advanced Polymers, LLC
Optimization
Design
Use only where needed
Processing
Insert molding
Machining stock shapes
New Approaches
Collaboration
CAE Integration
Stock Shapes
Insert Molding
-
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23
SOLVAY ADVANCED POLYMERS
23 2007 Solvay Advanced Polymers, LLC
Collaboration - Team Approach
Material
PartDesign
Tooling&
Processing
MolderDesigner
ResinSupplier
Performance
Geometry Regulations
Cost
Processing
Tooling Moldability
Cycle Time
Material Characteristics Application Database
CAE Support
Secondary Operations
New Product Development
-
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24
SOLVAY ADVANCED POLYMERS
24 2007 Solvay Advanced Polymers, LLC
CAE Integration
Material
Part
Design
Tooling&
Processing
FlowAnalysis
StressAnalysis
FinalDesign
Material
PartDesign
Tooling&
Processing
ORIENTATIONEFFECT
FinalDesign
FlowAnalysis
StressAnalysis
Design Team
CAE Integration(Accurate Prediction)
Traditional(Silo Effect)
Integration of Flow Analysis with Stress AnalysisGives More Accurate Prediction
Integration of Flow Analysis with Stress AnalysisGives More Accurate Prediction
-
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SOLVAY ADVANCED POLYMERS
25 2007 Solvay Advanced Polymers, LLC
Topics
Introduction to Solvay
Description of Ultra Polymers
Plastics vs. Metals
Computer Aided Engineering (CAE)
Case Study
-
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26
SOLVAY ADVANCED POLYMERS
26 2007 Solvay Advanced Polymers, LLC
Case Study - Motor End Cap
Background
Metal cap with thermoset brush card
Five different parts
Machining and anodizing
Critical features
Creep and flatness
Chemical resistance
Benefits
Cost reduction
Weight reduction
Parts consolidation
-
8/2/2019 MetaltoPlastic UPP V3[1]
57/60
27
SOLVAY ADVANCED POLYMERS
27 2007 Solvay Advanced Polymers, LLC
Technical Support
Concept insert molding, crush ribs, improved flatness
Material Selection chemical resistance, strength, and
stiffness, plus improved creep requirements and flatness
Design Finite Element Analysis (FEA) for improved
performance and Flow Analysis for optimized gate location
Prototype Development tooling and molding
Testing process verification (viscosity and crystallinity)
Production cycle optimization, fabrication, assembly,
secondary operations
Solvay has Over 20 Years ExperienceSuccessfully Replacing Metal with Plastic
Solvay has Over 20 Years ExperienceSuccessfully Replacing Metal with Plastic
-
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28
SOLVAY ADVANCED POLYMERS
28 2007 Solvay Advanced Polymers, LLC
Keys to Success
Apply team approach
Use flow analysis and stress analysisto validate functionality and moldability
MUST redesign and optimize the design
Select the right ultra polymer for the job
Well-Designed Part Made from the Right PlasticCan Outperform a Metal Part
Well-Designed Part Made from the Right PlasticCan Outperform a Metal Part
SO C O S
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29 2007 Solvay Advanced Polymers, LLC
SolvaSpire Ultra Polymers
KetaSpire PEEK (polyetheretherketone)Broadest chemical resistance, highest strength
AvaSpire modified PEEKBest way to bridge price and performance gaps
PrimoSpire
self-reinforced polyphenyleneWorlds stiffest and strongest unreinforced plastic
EpiSpire high-temperature sulfoneBest combination of exceptional creep resistance
at high temperatures with processing ease
Torlonpolyamide-imideBest wear-resistance and lowest friction properties
Solvay Offers More Plastics with More PerformanceSolvay Offers More Plastics with More Performance
SOLVAY ADVANCED POLYMERS
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8/2/2019 MetaltoPlastic UPP V3[1]
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Want To Know More?
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advancedpolymers@solvay.com
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