by | Sep 27, 2025
TECHNICAL DATASHEET
SAP No. 30006123 Article Description Y-E-1124g/m -1270mm
Textile Structure 7000010 SAERTEX
ARTICLE CONSTRUCTION (in accordance with EN 13473-1)
Layer Construction Areal weight Tolerance Material
3 0 378 g/m +/- 5.0 % E-glass 1,200 TEX
2 45 367 g/m +/- 5.0 % E-glass 600 TEX
1 -45 367 g/m +/- 5.0 % E-glass 600 TEX
Stitching 12 g/m +/- 3 g/m PES [Polyester] 76 dtex
Fiber input can be determined individually
FURTHER CHARACTERISTICS
Gauge 10.0 Stitching pattern tricot-warp Width (nominal) 1270 mm
Stitch length 2.60 mm Total tolerance 5.2 % Total areal weight 1124 g/m
Labelling (Standard) Every roll is equipped with a label in the core. A further label is located outside on
the foil or on the box.
Packaging (Standard) Every roll is wound on a cardboard core and wrapped in foil. Further packaging
options can be determined individually.
Storage With original packaging: No moisture recommendation and direct sunlight.
To avoid problems with humidity and electrostatic charge, fabrics to be
conditioned 24 hours prior to processing, independent of storage conditions.
– Confidential Information –
SAERTEX USA, LLC. has been certified in accordance with ISO 9001:2015.
REINFORCING YOUR IDEAS
by | Sep 27, 2025
Lantor Soric
TF
The cost effective solution for closed mould processes
Is used as core material, infusion medium and/or print
blocker
Is a pressure stable polyester nonwoven and compatible
with all regular types of resins, including Polyester,
Vinylester, Phenolic and Epoxy
Is suitable for closed mould processes, including Infusion,
RTM Light, RTM Heavy
Applications Lantor Soric
TF
Marine: hulls, decks and structures of boats and yachts
Transportation: parts and panels of cars, trailers,
trucks and RV s
Mass transit: interior and exterior of trains, light rail
and buses
Leisure: kayaks, surfboards, pools and tubs
Industrial: cladding panels, fans, containers and tanks
Wind Energy: nacelle covers and spinners
Soric
TF
Datasheet
The information contained in this document has been compiled in good faith by
Lantor BV, but nevertheless no representation or warranty is given as to the accuracy
or completeness of the (technical) information provided herein. Lantor BV can not
be held liable of any damages arising from any (printing) errors or omissions in
this information. Lantor BV reserves the right to make changes with respect to the
information provided at any time without further notice.
Composites
Information
Verlaat 22 – 3901 RG
Veenendaal – The Netherlands
t +31 (0)318 537 111
e composites@lantor.com
enabling performance
www.lantorcomposites.com
V2 05.2024
Properties TF 1.5 TF 2 TF 3
Thickness
mm 1,5 2,0 3,0
Thickness loss at 0,8 bar %<25 <25 <25
Roll length m12 0 80 50
Roll width m1,27 1,27 1,27
Max processing temperature C 170 170 170
Dry weight g/m 90 12 0 160
Resin uptake kg/m 0,8 1,0 1,4
Density impregnated kg/m 700 700 700
Mechanical properties* unitvaluetest method
Flexural strength
MPa 19 ASTM D790
Flexural modules MPa 1500 ASTM D790
Tensile strength across layers MPa 7 ASTM C297
Compression strength: 10% strain MPa 4 ISO 844
Shear strength MPa 7 ASTM C273-61
Shear modules MPa 34 ASTM C273-61
* Typical mechanical properties of Lantor Soric
TF 2 impregnated with unsaturated polyester resin
by | Sep 27, 2025
TECHNICAL DATASHEET
SAP No. 30004184 Article Description Y-E-1136g/m -1270mm
Textile Structure 7004722 SAERTEX
ARTICLE CONSTRUCTION (in accordance with EN 13473-1)
Layer Construction Areal weight Tolerance Material
3 0 390 g/m +/- 5.0 % E-glass 1,100 TEX
2 45 367 g/m +/- 5.0 % E-glass 600 TEX
1 -45 367 g/m +/- 5.0 % E-glass 600 TEX
Stitching 12 g/m +/- 3 g/m PES [Polyester] 76 dtex
Fiber input can be determined individually
FURTHER CHARACTERISTICS
Gauge 10.0 Stitching pattern tricot-warp Width (nominal) 1270 mm
Stitch length 2.60 mm Total tolerance 5.2 % Total areal weight 1136 g/m
Tracer yarn 7 PC yellow & tracer yarn 7 PC light green
Position can be determined individually
Labelling (Standard) Every roll is equipped with a label in the core. A further label is located outside on
the foil or on the box.
Packaging (Standard) Every roll is wound on a cardboard core and wrapped in foil. Further packaging
options can be determined individually.
Storage With original packaging: No moisture recommendation and direct sunlight.
To avoid problems with humidity and electrostatic charge, fabrics to be
conditioned 24 hours prior to processing, independent of storage conditions.
– Confidential Information –
SAERTEX USA, LLC. has been certified in accordance with ISO 9001:2015.
REINFORCING YOUR IDEAS
by | Sep 27, 2025
Information
PO box 45 – 3900 AA
Verlaat
22 – 3901 RG
Veenendaal
The Netherlands
T
+31 (0)318 537 111
composites@lantor.com
Soric
TF
Datasheet
Soric
TF
committed to the core
www.lantor.com
Lantor Soric
TF
The cost effective sol ution for closed mould processes
Is used as core material, infusion medium and/or
print blocker
Is a pressure stable polyester nonwoven and compatible
with all regular types of resin, including Polyester,
Vinylester, Phenolic and Epoxy
Is suitable for closed mould processes, including Infusion,
RTM Light, RTM Heavy
Applications Lantor Soric
TF
Marine: hulls, decks, and structures of boats and yachts
Transportation: parts and panels of cars, trailers,
trucks and RV s
Mass transit: interior and exterior of trains, light rail
and buses
Leisure: kayaks, surfboards, pools and tubs
Industrial: cladding panels, fans, containers and tanks
Wind Energy: nacelle covers and spinners
Dimensional data
Typical mechanical properties of Lantor Soric
TF*
impregnated with unsaturated polyester resin
Properties TF 1.5 TF 2 TF 3
Thickness mm 1,5 2,0 3,0
Roll length m 120 80 50
Roll width m 1,27 1,27 1,27
% rab 8,0 ta ssol ssenkcihT <25 <25 <25
Max processing temp. C 170 170 170
Resin uptake kg/m
2
0,8 1,0 1,4
Dry weight g/m
2
90 120 160
Density impregnated kg/m
3
700 700 700
Mechanical properties unitvaluetest method
Flexural strength MPa 19
ASTM D790
Flexural modulus MPa 1500 ASTM D790
Tensile strength across layers MPa 7 ASTM C297
Compression strength: 10% strain MPa 4 ISO 844
Shear strength MPa 7 ASTM C273-61
Shear modulus MPa 34 ASTM C273-61
*Soric
TF 2
For the most
demanding cosmetic
and nish requirements
Fabric print blocker
Interlaminar ow medium
COMPOSITES
The information contained in this document has been compiled in good faith by Lantor BV,
but nevertheless no representation or warranty is given as to the accura cy or
completeness of the (techni cal) information provided herein. Lantor BV can not be held
liable of any damages arising from any (printing) errors or omissions in this information.
Lantor BV reserves the right to make cha nges with respect to the information provided at
any time without further notice.
V1.3/02.2020
by | Sep 27, 2025
by | Sep 27, 2025
TECHNICAL DATASHEET
SAP No. 30014713 Article Description Q-C-816g/m -1270mm
Textile Structure 7010067 SAERTEX
ARTICLE CONSTRUCTION (in accordance with EN 13473-1)
Layer Construction Areal weight Tolerance Material
4 0 205 g/m +/- 5,0 % TORAY T700SC 50C 12K
3 45 200 g/m +/- 5,0 % TORAY T700SC 50C 12K
2 90 205 g/m +/- 5,0 % TORAY T700SC 50C 12K
1 -45 200 g/m +/- 5,0 % TORAY T700SC 50C 12K
Stitching 6 g/m +/- 1 g/m PES [Polyester] 76 dtex
FURTHER CHARACTERISTICS
Gauge 5,0 Stitching pattern tricot-warp Width (nominal) 1270 mm
Stitch length 2,60 mm Total tolerance 5,1 % Total areal weight 816 g/m
Labelling (Standard) Every roll is equipped with a label in the core. A further label is located outside on
the foil or on the box.
Packaging (Standard) Every roll is wound on a cardboard core and wrapped in foil. Further packaging
options can be determined individually.
Storage Keep in original packaging. Store in a dry environment. Avoid direct sunlight.
(recommendation) Fabrics to be kept under processing conditions at least 24 hours
prior to use to avoid problems with humidity and electrostatic charge.
– Confidential Information –
SAERTEX USA, LLC. has been certified in accordance with ISO 9001:2015.
REINFORCING YOUR IDEAS
by | Sep 27, 2025
Divinycell PY is our high performance PET sandwich core suitable
for a variety of applications and processes including infusion,
prepreg and press bonding.
Divinycell PY provides high compression and shear properties,
low resin uptake and high dimensional stability at elevated
temperature.
HIGH PERFORMANCE PET SANDWICH CORE
Made from recycled content
Recyclable
Thermoformable
Good chemical resistance
Good shear strain
Low resin uptake
Closed cell structure
Allows for high processing temperatures
PRODUCT CHARACTERISTICS
diabgroup.com
MECHANICAL PROPERTIES DIVINYCELL
PY
TECHNICAL DATA
Divinycell PY
1. All values measured at +73.4 F. Testing is done on foam with welding lines.
2. Properties measured perpendicular to the plane
3. Properties measured parallel to the welding lines, 1-3 direction
4. Shear properties measured perpendicular to weldlines, 2-3 direction
Property Test Procedure1 Unit PY105 PY250
Compressive Strength
2
ASTM D 1621 psi
Nominal 218 638
Minimum 203 580
Compressive Modulus
2
A S T M D16 2 1- B -7 3psi
Nominal 16,240 30,455
Minimum 12,325 29,000
Tensile Strength ASTM D 1623 psi
Nominal 348 725
Minimum 275 435
Tensile Modulus ASTM D 1623 psi
Nominal 15,955 33,355
Minimum 13,050 29,000
Shear Strength
3
ISO 1922 psi
Nominal 159 362
Minimum 116 290
Shear Modulus
3
ISO 1922 psi
Nominal 3,625 10,150
Minimum 3,335 9,860
Shear Strength
4
ISO 1922 psi
Nominal 123 319
Minimum 108 261
Shear Modulus
4
ISO 1922 psi
Nominal 3,045 8,700
Minimum 2,755 8,120
Shear Strain
2
ISO 1922 %
Nominal 30 15
Minimum 15 5
Density ISO 845 ib/ft
Nominal 6.5 15.6
Maximum 7. 2 15.9
Minimum 6.2 15
Nominal value is an average value of a mechanical property at a nominal density.
Minimum value is a minimum guaranteed mechanical property a material has independently of density.
Disclaimer:
This data sheet may be subject to revision and changes due to development
and changes of the material. The data is derived from tests and experience. If
not stated as minimum values, the data is average data and should be treated
as such. Calculations should be verified by actual tests. The data is furnished
without liability for the company and does not constitute a warranty or repre-
sentation in respect of the material or its use. The company reserves the right
to release new data sheets in replacement.
All content in this publication is protected by international copyright laws.
Copyright Diab August 2023.
Diab Group
Drottninggatan 7, 5th floor
SE-252 21 Helsingborg, Sweden
Tel +46 (0) 430 163 00
E-mail: info@diabgroup.com Diab Divinycell PY August 2023 rev 17 IMP
TECHNICAL CHARACTERISTICS DIVINYCELL
PY
OTHER CHARACTERISTICS DIVINYCELL
PY
TECHNICAL CHARACTERISTICS
Divinycell PY is type approved by:
Maximum processing temperature is dependent on time, pressure and process conditions. Therefore users are advised to contact Diab Technical Services to confirm
that Divinycell PY is compatible with their particular processing parameters.
Other dimensions are available on request.
1. Typical values are approximate
2. Thermal conductivity measured at +68 F
Format Unit PY105 PY250
Plain sheets
Length inch 96.06 96.06
Width inch 39.57 39.57
GS sheet
Length inch 48.03 48.03
Width inch 39.57 39.57
Colour Beige Beige
Characteristics
1
Unit PY105 PY250 Test method
Density variation % 5 +2-5 –
Thermal conductivity
2
Btu x in/(ft2 x h x F)0.24 TBD EN 12667
STORAGE OF PRODUCT
The shelf life of Divinycell is unlimited when it is stored in its original package
on ambient indoor storage conditions and protected against UV exposure.
by | Sep 27, 2025
TECHNICAL DATASHEET
SAP No. 20012354 Article Description Q-C-632g/m -1270mm
Textile Structure 7010988 SAERTEX
ARTICLE CONSTRUCTION (in accordance with EN 13473-1)
Layer Construction Areal weight Tolerance Material
4 0 157 g/m +/- 5.0 % HYOSUNG H2550 A-Size 12K
3 45 156 g/m +/- 5.0 % HYOSUNG H2550 A-Size 12K
2 90 157 g/m +/- 5.0 % HYOSUNG H2550 A-Size 12K
1 -45 156 g/m +/- 5.0 % HYOSUNG H2550 A-Size 12K
Stitching 6 g/m +/- 1 g/m PES [Polyester] 76 dtex
FURTHER CHARACTERISTICS
Gauge 5.0 Stitching pattern tricot-warp Width (nominal) 1270 mm
Stitch length 2.70 mm Total tolerance 5.1 % Total areal weight 632 g/m
Labelling (Standard) Every roll is equipped with a label in the core. A further label is located outside on
the foil or on the box.
Packaging (Standard) Every roll is wound on a cardboard core and wrapped in foil. Further packaging
options can be determined individually.
Storage Keep in original packaging. Store in a dry environment. Avoid direct sunlight.
(recommendation) Fabrics to be kept under processing conditions at least 24 hours
prior to use to avoid problems with humidity and electrostatic charge.
– Confidential Information –
SAERTEX USA, LLC. has been certified in accordance with ISO 9001:2015.
REINFORCING YOUR IDEAS
by | Sep 27, 2025
Divinycell PY is our high performance PET sandwich core suitable
for a variety of applications and processes including infusion,
prepreg and press bonding.
Divinycell PY provides high compression and shear properties,
low resin uptake and high dimensional stability at elevated
temperature.
HIGH PERFORMANCE PET SANDWICH CORE
Made from recycled content
Recyclable
Thermoformable
Good chemical resistance
Good shear strain
Low resin uptake
Closed cell structure
Allows for high processing temperatures
PRODUCT CHARACTERISTICS
diabgroup.com
MECHANICAL PROPERTIES DIVINYCELL
PY
TECHNICAL DATA
Divinycell PY
1. All values measured at +73.4 F. Testing is done on foam with welding lines.
2. Properties measured perpendicular to the plane
3. Properties measured parallel to the welding lines, 1-3 direction
4. Shear properties measured perpendicular to weldlines, 2-3 direction
Property Test Procedure1 Unit PY105 PY250
Compressive Strength
2
ASTM D 1621 psi
Nominal 218 638
Minimum 203 580
Compressive Modulus
2
A S T M D16 2 1- B -7 3psi
Nominal 16,240 30,455
Minimum 12,325 29,000
Tensile Strength ASTM D 1623 psi
Nominal 348 725
Minimum 275 435
Tensile Modulus ASTM D 1623 psi
Nominal 15,955 33,355
Minimum 13,050 29,000
Shear Strength
3
ISO 1922 psi
Nominal 159 362
Minimum 116 290
Shear Modulus
3
ISO 1922 psi
Nominal 3,625 10,150
Minimum 3,335 9,860
Shear Strength
4
ISO 1922 psi
Nominal 123 319
Minimum 108 261
Shear Modulus
4
ISO 1922 psi
Nominal 3,045 8,700
Minimum 2,755 8,120
Shear Strain
2
ISO 1922 %
Nominal 30 15
Minimum 15 5
Density ISO 845 ib/ft
Nominal 6.5 15.6
Maximum 7. 2 15.9
Minimum 6.2 15
Nominal value is an average value of a mechanical property at a nominal density.
Minimum value is a minimum guaranteed mechanical property a material has independently of density.
Disclaimer:
This data sheet may be subject to revision and changes due to development
and changes of the material. The data is derived from tests and experience. If
not stated as minimum values, the data is average data and should be treated
as such. Calculations should be verified by actual tests. The data is furnished
without liability for the company and does not constitute a warranty or repre-
sentation in respect of the material or its use. The company reserves the right
to release new data sheets in replacement.
All content in this publication is protected by international copyright laws.
Copyright Diab August 2023.
Diab Group
Drottninggatan 7, 5th floor
SE-252 21 Helsingborg, Sweden
Tel +46 (0) 430 163 00
E-mail: info@diabgroup.com Diab Divinycell PY August 2023 rev 17 IMP
TECHNICAL CHARACTERISTICS DIVINYCELL
PY
OTHER CHARACTERISTICS DIVINYCELL
PY
TECHNICAL CHARACTERISTICS
Divinycell PY is type approved by:
Maximum processing temperature is dependent on time, pressure and process conditions. Therefore users are advised to contact Diab Technical Services to confirm
that Divinycell PY is compatible with their particular processing parameters.
Other dimensions are available on request.
1. Typical values are approximate
2. Thermal conductivity measured at +68 F
Format Unit PY105 PY250
Plain sheets
Length inch 96.06 96.06
Width inch 39.57 39.57
GS sheet
Length inch 48.03 48.03
Width inch 39.57 39.57
Colour Beige Beige
Characteristics
1
Unit PY105 PY250 Test method
Density variation % 5 +2-5 –
Thermal conductivity
2
Btu x in/(ft2 x h x F)0.24 TBD EN 12667
STORAGE OF PRODUCT
The shelf life of Divinycell is unlimited when it is stored in its original package
on ambient indoor storage conditions and protected against UV exposure.
by | Sep 27, 2025
Divinycell PY is our high performance PET sandwich core suitable
for a variety of applications and processes including infusion,
prepreg and press bonding.
Divinycell PY provides high compression and shear properties,
low resin uptake and high dimensional stability at elevated
temperature.
HIGH PERFORMANCE PET SANDWICH CORE
Made from recycled content
Recyclable
Thermoformable
Good chemical resistance
Good shear strain
Low resin uptake
Closed cell structure
Allows for high processing temperatures
PRODUCT CHARACTERISTICS
diabgroup.com
MECHANICAL PROPERTIES DIVINYCELL
PY
TECHNICAL DATA
Divinycell PY
1. All values measured at +73.4 F. Testing is done on foam with welding lines.
2. Properties measured perpendicular to the plane
3. Properties measured parallel to the welding lines, 1-3 direction
4. Shear properties measured perpendicular to weldlines, 2-3 direction
Property Test Procedure1 Unit PY105 PY250
Compressive Strength
2
ASTM D 1621 psi
Nominal 218 638
Minimum 203 580
Compressive Modulus
2
A S T M D16 2 1- B -7 3psi
Nominal 16,240 30,455
Minimum 12,325 29,000
Tensile Strength ASTM D 1623 psi
Nominal 348 725
Minimum 275 435
Tensile Modulus ASTM D 1623 psi
Nominal 15,955 33,355
Minimum 13,050 29,000
Shear Strength
3
ISO 1922 psi
Nominal 159 362
Minimum 116 290
Shear Modulus
3
ISO 1922 psi
Nominal 3,625 10,150
Minimum 3,335 9,860
Shear Strength
4
ISO 1922 psi
Nominal 123 319
Minimum 108 261
Shear Modulus
4
ISO 1922 psi
Nominal 3,045 8,700
Minimum 2,755 8,120
Shear Strain
2
ISO 1922 %
Nominal 30 15
Minimum 15 5
Density ISO 845 ib/ft
Nominal 6.5 15.6
Maximum 7. 2 15.9
Minimum 6.2 15
Nominal value is an average value of a mechanical property at a nominal density.
Minimum value is a minimum guaranteed mechanical property a material has independently of density.
Disclaimer:
This data sheet may be subject to revision and changes due to development
and changes of the material. The data is derived from tests and experience. If
not stated as minimum values, the data is average data and should be treated
as such. Calculations should be verified by actual tests. The data is furnished
without liability for the company and does not constitute a warranty or repre-
sentation in respect of the material or its use. The company reserves the right
to release new data sheets in replacement.
All content in this publication is protected by international copyright laws.
Copyright Diab August 2023.
Diab Group
Drottninggatan 7, 5th floor
SE-252 21 Helsingborg, Sweden
Tel +46 (0) 430 163 00
E-mail: info@diabgroup.com Diab Divinycell PY August 2023 rev 17 IMP
TECHNICAL CHARACTERISTICS DIVINYCELL
PY
OTHER CHARACTERISTICS DIVINYCELL
PY
TECHNICAL CHARACTERISTICS
Divinycell PY is type approved by:
Maximum processing temperature is dependent on time, pressure and process conditions. Therefore users are advised to contact Diab Technical Services to confirm
that Divinycell PY is compatible with their particular processing parameters.
Other dimensions are available on request.
1. Typical values are approximate
2. Thermal conductivity measured at +68 F
Format Unit PY105 PY250
Plain sheets
Length inch 96.06 96.06
Width inch 39.57 39.57
GS sheet
Length inch 48.03 48.03
Width inch 39.57 39.57
Colour Beige Beige
Characteristics
1
Unit PY105 PY250 Test method
Density variation % 5 +2-5 –
Thermal conductivity
2
Btu x in/(ft2 x h x F)0.24 TBD EN 12667
STORAGE OF PRODUCT
The shelf life of Divinycell is unlimited when it is stored in its original package
on ambient indoor storage conditions and protected against UV exposure.
