by | Sep 27, 2025
Matline+ Technical Data
Matline+ is designed for use as a core material
in dry and wet-on-wet hand layup and spray
lamination production.
Matline+ is proven as an effective alternative
to glass fiber core layers, delivering consistent
thickness without adding excess weight,
improving rigidity whilst lowering overall
manufacturing costs.
Matline Technical DataMatline+101Matline+201Matline+301Matline+401Matline+501
Dry Weight
g/m2 55 70 110 140 185
oz/sqy 1.61 2.06 3.24 4.13 5.44
Dry Thickness
mm 1.4 2 3 4 5
mils 55 79 118 158 197
Resin Impregnated mm 1.3 1.9 2.9 3.9 4.9
Thickness mils 55 75 114 154 193
Roll length
m 100 80 50 40 30
ft 328.08 262.47 164.04 131.23 98.43
Roll Width
cm 100 100 100 100 100
inch 39.4 39.4 39.4 39.4 39.4
Impregnated
g/cm
3
0.81 0.67 0.66 0.65 0.65
Specific
Weight (Density) lb/in
3
0.029 0.024 0.024 0.024 0.023
Resin kg/m
2
1 1.2 1.8 2.4 3
Consumption lbs/sqy 1.83 2.2 3.3 4.5 5.5
The information contained in this Technical Data Sheet has been developed by the company, Composite Essential Materials, LLC on the
express request of its customer and to the best of its knowledge. Therefore, the company, Composite Essential Materials, LLCdoes not
assume any liability with respect to the correctness and/or completeness of the information provided by this Technical Data Sheet. The
customer in particular shall not be released from his duty to check all safety relevant properties of the delivered nonwovensand to refer to
the official texts for full information on the local obligations.
315 NW Peacock Blvd 772.344.0034
Port St. Lucie, FL 34986 contact@compositeessentials.com
by | Sep 27, 2025
(Specifications subject to change without notification.)
No. TP-N758
Date: 05-Oct-18
Supersedes: na
Page: 1 of 2
CUSTOMER
ACCEPTANCE
STANDARD
CONFORMAT N758 and N758 XS REINFORCING MAT
I. DESCRIPTION
Conformat N758 is a continuous strand, glass fiber reinforcing mat. N758 is porous, very conformable
making it an excellent reinforcing mat for complicated contoured parts manufactured by Resin Transfer
Molding (RTM), Compression Molding and Closed Mold Injection. With the addition of an optional extra
surface veil, N758XS provides an outstanding surface finish.
II. BINDER SYSTEM
Can be produced with any of Superior s binder systems.
III. VISUAL APPEARANCE
This product is a white in color, highly consistent continuous filament glass fiber mat, supplied
in rolls with trimmed edges. Each roll is significantly free of tears, holes, dirt, grease, foreign
materials and non-uniform glass clumps or strands.
IV. SPECIFICATIONS
A. IMPERIAL
Weight per Sq. Ft.
Production Range
Roll Width
Production Range
Roll Length
Production Range
Roll Diameter
Production
Range
Nominal Binder
Production Range
0.50 oz. to 2.00oz 15″ to 96″
200′ to 450′ Based
on Ounce Weight
18″ to 22″ Based
on Ounce Weight
5% Based on
Process
Requirements
TOL (+/- 15%) TOL (+/- .125″) TOL (+/- 50′) TOL (+/- 2″) TOL (+/-2%)
B. METRIC
Weight per Sq. M.
Production Range
Roll Width
Production Range
Roll Length
Production Range
Roll Diameter
Production
Range
Nominal Binder
Production Range
154g to 614g 381mm to 2438mm
61m to 137m Based
on Gram Weight
457mm to
559mm Based
on Gram Weight
5% Based on
Process
Requirements
TOL (+/- 15%) TOL (+/- 3.2mm) TOL (+/- 15.2m) TOL (+/- 50mm) TOL (+/-2%)
*Weight per sq ft is the calculated average for each roll.
** Widths of 2 14 available upon request with additional slitting charge.
***Binder percentage of total condensed mat before oven cure.
(Specifications subject to change without notification.)
No. TP-N758
Date: 05-Oct-18
Supersedes: na
Page: 2 of 2
CUSTOMER
ACCEPTANCE
STANDARD
C. EXTRA SURFACE OPTION:
CONFORMAT N758XS is produced with an additional SURMAT type veil on one
surface in turn enhancing the surface quality of the finished part. It has the additional
advantage of lowering the process costs by reducing the layers of mat material
handled during pattern cutting or loading of molds by giving you two products in one.
An additional price will apply. The weight of the additional surface product is included
in the weight per square foot (or SQM).
D. PACKAGING
All mats are wound onto (4 ) I.D. (10.2cm) heavy duty cardboard cores. Each roll is
individually contained within a polyethylene sleeve, placed on a 44″ x 45 x 3.5
(11.00cm x 11.25cm x 8.89cm) wooden pallet and stretch wrapped for protection
during shipment. Typically there are four to six (4-6) rolls per skid. Material 36-inch
(91.4cm) wide or less may be double stacked on a skid.
Optional packaging methods are available. Additional charges may apply.
A. Three (3) inch I.D. (7.62cm) heavy duty cardboard core.
B. Cardboard box and skid.
C. Vacuum packaging for 10% space reduction.
D. Cardboard box, vinyl band with stretch wrap on skid.
E. Other methods available upon request.
Each roll is individually marked with product designation, roll number, roll width, roll
length and roll weight.
E. STORAGE
For best performance results, it is recommended that SHC products are stored at
temperatures between 10 C and 35 C at relative humidity below 85%.
SHC Products should remain in the original packaging materials until just prior to use.
F. WARRANTY
See Superior’s Terms and Conditions documentation.
by | Sep 27, 2025
Applications
CFM is used in many FRP applications such as pultrusion, high pressure laminating, vacuum
infusion, and several resin injection molding processes (SRIM, RTM, etc.). It is highly suitable for
compression molded electrical and nonelectrical laminates. In infusion processes CFM makes
an unparalleled flow media. Pultruded shapes made with Huntingdon Fiberglass Products
CFM have outstanding transverse and random direction strengths. Typical applications include:
electrical flat sheet, grating and railings, window frames, heavy truck and RV bodies, boat hulls
and transoms, wind turbines, structural beams, etc.
Packaging
Huntingdon Fiberglass Products CFM products are wound on a 4 inch (10.16cm) ID cardboard core.
The resulting rolls are individually wrapped in polyethylene. The pallet is covered with a cap and
stretch-wrapped.
Customer focused Marble melt process offering the
flexibility for custom products and a dedicated workforce
providing a rapid design turn around.
1200 Susquehanna Avenue, Huntingdon PA 16652 Toll free: 844-829-0841 814-641-8000
www.huntingdonfiberglass.com
Proudly made in the U.S. for over 50 years at our facility in Huntingdon, PA.
) , % ( 5 * / $ 6 6 3 5 2 ‘ 8 & 7 6 / / &
Huntingdon
Flexible Manufacturing. Unyielding Reinforcement.
Flexible Manufacturing. Unyielding Reinforcement.
Flexible Manufacturing. Unyielding Reinforcement.
Continuous Filament Mat (CFM)
HFP Broch2.indd 1 7/2/14 7:20 PM
PRODUCT M8610 M8612 M8615 M8620 M8635 M8635D1 M8635D2 M8636 M8636X1 M8643 M8643X3 M8643X4 M8643X5 M8675 M8686
CAS# TP511 TP-641 TP-724 TP-715 TP-714 TP-718 TP-718 TP-710 TP-727 TP-607 TP607 S-5 LD TP-607 S-12 TP607 S-14 TP-750 TP-711
General Purpose (GP)
Electrical Grade (EP)
GP GP GP EP EP EP EP EP EP EP EP EP EP EP EP
CUSTOMER
APPLICATION
Compression Molding
Proprietary Coating
Process
Infusion/RTMCompression MoldingSRIM/RTM/InfusionSRIM/RTM/InfusionSRIM/RTM/Infusion
Pultrusion/ High
Pressure Laminate
Infusion/
Compression Molding
Pultrusion/
Compression Molding
Proprietary Coating
Process
Pultrusion Pultrusion
Preforming in
Injection and
Compression Molding
Processes
Pultrusion/
Compression
Molding/ High
Pressure Laminate
CUSTOMER RESIN
SYSTEM
PE/PV Phenolic PE/PV PE/PV PE/PV PE/PU PE/PU PU/Epoxy PU/Epoxy PE/PV NA PE/PV PE/PV Thermo Plastic Phenolic
WIDTHS AVAILABLE
in (cm)
12 – 114
(30.5 289.6)
12 – 114
(30.5 289.6)
12 – 114
(30.5 289.6)
12 – 114
(30.5 289.6)
12 – 114
(30.5 289.6)
12 – 114
(30.5 289.6)
12 – 114
(30.5 289.6)
12 – 114
(30.5 289.6)
12 – 114
(30.5 289.6)
12 – 114
(30.5 289.6)
12 – 114
(30.5 289.6)
12 – 114
(30.5 289.6)
12 – 114
(30.5 289.6)
12 – 114
(30.5 289.6)
12 – 114
(30.5 289.6)
WEIGHTS
AVAILABLE
oz/ft
2
(g/m
2
)
1.0 to 3.0
(300 to 900)
1.25
(375)
1.0 to 3.0
(300 to 900)
1.0 to 3.0
(300 to 900)
0.75 to 3.0
(225 to 900)
0.75 to 3.0
(225 to 900)
0.625 to 3.0
(225 to 900)
0.75 to 3.0
(225 to 900)
0.625 to 1.5
(300 to 450)
0.75 to 3.0
(225 to 900)
1.0 to 3.0
(300 to 900)
0.75 to 3.0
(225 to 900)
0.625 to 2.0
(187.5 to 600)
1.0 to 2.5
(300 to 750)
0.75 to 3.0
(225 to 900)
PACKAGING
HIGHLIGHTS
All rolls produced at 26in (66cm) diameter
then vacuum packed and sleeved to
21.5in (54.0cm)
Rolls under 42in
(106.7cm) will be
stacked 2 or 3 rolls
high on pallet
resulting in 12 to
18 rolls per pallet
Rolls under 42in (106.7cm) will be stacked 2 or 3 rolls high
on pallet resulting in 12 to 18 rolls per pallet,
23in (58.4cm) diameter rolls also available.
Rolls under 42in (106.7cm) will be stacked 2 or 3 rolls high on pallet
resulting in 12 to 18 rolls per pallet.
GENERAL
COMMENTS/
MARKETS/
CUSTOMERS
The industry
standard molding
mat (2.5% LOI)
for compression
molding
High LOI (8%) ver
–
sion of M8610 for
use in flat sheet
applications only
Mid level LOI
(3.5%) version
of M8610 used
in RTM and flat
sheet molding
application
Very conformable
version of M8635
designed for acute
angle molding
Standard infusion
product at 2.5%
LOI
Higher LOI (3%)
version of M8635.
Can hold a more
intricate die-cut
shape
Improved flow
version of M8635
which will reduce
resin flow times
up to 30%
This product
is 100% epoxy
compatible
The infusion
version of M8636
designed for epoxy
resin systems.
Standard pultru –
sion product
NA
Whiter version
of M8643 used
in consumer
applications. Also
softer and more
conformable.
Improved
pultruded surface
appearance using
this mat
Good molding
characteristics
combined with dry
tensile strength
and solid preform
integrity.
Phenolic com
–
patible product
designed for
pultrusion and
high pressure
lamination
Huntingdon Fiberglass Products Continuous Filament Mat (CFM) is a unique glass fiber reinforcement product used as
an input in the production of flat sheet laminate, marine and automotive parts, as well as other structural products
where its strength and durability make it the most cost-effective material to use. CFM increases the mechanical
performance of products, such as their multi-axial strength and stiffness, as well as their resistance to chemicals.
Product D escription
CFM is made from continuous fiberglass strands randomly looped and bonded
together with different minimal binders that are compatible with a variety of unfilled or
filled resin systems including PE/PV, PE/PU, Phenolic, PU, PU/Epoxy. This mat can be manufactured
in many different areal weights and widths as well as in large or small quantities.
Key F eatures
Flow Media/Porosity offers little resistance to resin flow to allow for easy and
complete resin impregnation, resulting in high line speeds and the ability to infuse larger
parts by using it as the flow media.
Excellent Wet -Out improves the ability to coat individual glass filaments and strands.
High Tensile Strength inherent integrated strength provided by marble melt process;
resists being pulled apart under tension during impregnation and molding in all directions.
Roll Slitting mat rolls can be easily slit into various widths.
Manageable can be unrolled, cut and conveyed to the mold or die without losing
its integrity.
Continuous Filament Mat (CFM)
) , % ( 5 * / $ 6 6 3 5 2 ‘ 8 & 7 6 / / &
Huntingdon
Flexible Manufacturing. Unyielding Reinforcement.
Flexible Manufacturing. Unyielding Reinforcement.
HFP Broch2.indd 2 7/2/14 7:20 PM
by | Sep 27, 2025
TECHNICAL DATA SHEET
M8610, M8612, M8615
Continuous Filament Mat Designed for Matched Metal Die Molding
Page 1/5This document is for reference only. Contact your sales manager for further informa on.
This mat is speci cally designed for the matched die-molding process and is outstanding
in performance in deep draw and acute or compound angle molding.
Use
Available Products
Product
M8610, M8612,
M8615
Weight
Available Standard Weights *
Trimmed Width
Available Standard Widths *
Oz./Sq. Ft.
1.0
1.5
2.0
2.5
3.0
G/m2
300
450
600
750
900
Inches
42
48
50
51
55
68
72
Cen meters
106.7
121.9
127.0
129.5
139.7
172.7
182.9
*All combination of non-standard weights and widths may be available with prior approval of the product engineer.
Description
This reinforcing mat is a con nuous- lament product, which is treated with a suitable
bonding resin and coupling agent. It has good handling proper es, resists wash in the
mold, has good porosity, fast wet through, excep onally good formability, weight
uniformity, and uniform strand integrity.
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Product Acceptance Limits & Test Methods
WEIGHT – Values stated are based on 12″ x 12″ or 30.48 cm x 30.48 cm test specimens.
Weight Per
Square Foot
(Ounces)
Nominal Individual
(Grams)
Tolerance
(Grams)
Tolerance
(Grams)
Test MethodCalculated Weight
Per Square Meter
(Grams)
1.00
1.25
1.50
1.75
2.00
2.25
2.50
2.75
3.00
28.4
35.4
42.5
49.6
56.7
63.8
70.9
78.0
85.1
+/- 4.3
+/- 5.3
+/- 6.4
+/- 7.4
+/- 8.5
+/- 9.6
+/- 10.6
+/- 11.7
+/- 12.8
305.7
381.0
457.5
533.9
610.3
686.7
763.2
839.6
916.0
+/- 46.2
+/- 57.0
+/- 68.9
+/- 79.6
+/- 91.5
+/- 103.3
+/- 114.1
+/- 125.9
+/- 137.8
W-01Fc
Page 2/5
TECHNICAL DATA SHEET
M8610, M8612, M8615
This document is for reference only. Contact your sales manager for further informa on.
EDGE WEIGHT – Values stated are based on 3 x 12 or 76.2 mm x 304.8 mm test specimens.
Weight Per
Square Foot
(Ounces)
1.00
1.25
1.50
1.75
2.00
2.25
2.50
2.75
3.00
Nominal Individual
(Grams)
7.1
8.9
10.6
12.4
14.2
16.0
17.7
19.5
21.3
Tolerance
(Grams)
+/- 1.40
+/- 1.80
+/- 2.20
+/- 2.50
+/- 2.90
+/- 3.10
+/- 3.60
+/- 3.90
+/- 4.30
Approximate
Weight Per Square
Meter (Grams)
305.7
381.0
457.5
533.9
610.3
686.7
763.2
839.6
916.0
Test Method
W-01-Fg-T
Continuous Filament Mat
Designed for Match Metal Die Molding
IGNITION LOSS (%) – Values stated are based on 12″ x 12″ or 30.48 cm x 30.48 cm test specimens.
Weight Per
Square Foot (Ounces)
Nominal Tolerance Test Method
All 2.50 (*8.00, **3.50) +/- 1.25 (*+4.0/-3.0, **+/-1.0) W-05Ec
*M8612, **M8615
TENSILE – Values stated are based on 12″ x 12″ or 30.48 cm x 30.48 cm test specimens.
Weight Per
Square Foot
(Ounces)
Approximate
Weight Per Square
Meter (Grams)
Minimum
Individual (Pounds)
Maximum
Individual
Test MethodMinimum
Individual
(Newtons)
1.00
1.25
1.50
1.75
2.00
2.25
2.75
2.50
3.00
305.7
381.0
457.5
533.9
610.3
686.7
763.2
839.6
916.0
5 (*60)
10
16
21
25
28
31
34
38
22.24
44.48
71.17
93.41
111.20
124.55
137.89
151.24
169.03
None
None
None
None
None
None
None
None
None
S-01AG
*M8612
Weight
As speci ed on the order +/- 1/8 +/- 3.175 D-03Aa
Nominal
(Inches)
Tolerance
(Inches)
Tolerance
(Millimeters)
Test Method
All
WIDTH
Page 3/5This document is for reference only. Contact your sales manager for further informa on.
TECHNICAL DATA SHEET
M8610, M8612, M8615
Continuous Filament Mat
Designed for Match Metal Die Molding
Special Precautionary Note
In the event that Superior Hun ngdon Composites or the customer has reason to suspect that a shipment may contain a contamina on
in any form, the party rst suspec ng such condi on will no fy the other and Superior Hun ngdon Composites assumes responsibility
for ini a ng appropriate ac on. The use of the suspect material should be discon nued, pending an inves ga on of the facts.
Significant Visual Properties
The con nuous lament mat shall meet requirements as set forth in the visual standards maintained by the facility. This product may
contain visual defects which have been agged with a colored paper strip. A total of up to six defects are allowed per roll. The number of
defects agged will be marked on each roll label. All defects agged will be subtracted from the net roll weight.
Minimum Recommended Laminate Thickness
1.00
1.25
1.50
1.75
2.00
2.25
2.50
2.75
3.00
Weight Per Square
Foot (Ounces)
Minimum Laminate
Thickness (Inches)*
0.060
0.060
0.060
0.060
0.060
0.060
0.080
0.080
0.080
Minimum Laminate
Thickness (Millimeters)*
1.524
1.524
1.524
1.524
1.524
1.524
2.032
2.032
2.032
Test Method
Suitable Micrometer
*If the minimum laminated thickness recommended for a given weight exceeds the thickness designed in the customer s product, the
customer is urged to contact the appropriate Superior Huntingdon Composites sales representative for technical advisement prior to
production.
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Page 4/5This document is for reference only. Contact your sales manager for further informa on.
TECHNICAL DATA SHEET
M8610, M8612, M8615
Continuous Filament Mat
Designed for Match Metal Die Molding
ROLL-UP & TELESCOPING REQUIREMENTS
The mat is wound on a 4″ (10.2 cm) inside-diameter paper tube, having a single tube with a length equal to the roll width the tube length
tolerances are plus 0″, minus 2″ (-5.08 cm).
*The mat will be so wound that the maximum length of mat telescoping will not exceed 1/2 (1.27 cm). Telescoping is described as the
condi on where successive wraps of mat are not perfectly aligned one upon the other, bringing about a concave e ect on one end of the
roll and a convex e ect on the other.
No tube will protrude past the product.
APPROXIMATE FULL ROLL WEIGHT & LENGTH
Weight Per
Square Foot
(Ounces)
1.00
1.25
1.50
1.75
2.00
2.25
2.50
2.75
3.00
Approximate Full
Weight
(Kilograms)
183
130
120
106
96
86
79
73
70
Approximate Full
Weight
(Pounds)
Approximate Full
Roll Length
(Feet)
600
426
393
348
314
281
259
240
223
Approximate Full
Roll Length
(Meters)
3.13 x inches of mat width
2.77 x inches of mat width
3.07 x inches of mat width
3.17 x inches of mat width
3.27 x inches of mat width
3.29 x inches of mat width
3.37 x inches of mat width
3.44 x inches of mat width
3.48 x inches of mat width
0.559 x cm of mat width
0.495 x cm of mat width
0.548 x cm of mat width
0.566 x cm of mat width
0.584 x cm of mat width
0.587 x cm of mat width
0.602 x cm of mat width
0.614 x cm of mat width
0.621 x cm of mat width
Preparation for Shipment
ROLL DIAMETER
The rolls are high density packed to a diameter of 21 (+/- 1 ).
CONTINUOUS LENGTH ROLLS
All rolls will be con nuous, one-piece lengths with no wrap-ins permi ed.
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Page 5/5This document is for reference only. Contact your sales manager for further informa on.
TECHNICAL DATA SHEET
M8610, M8612, M8615
Continuous Filament Mat
Designed for Match Metal Die Molding
WRAPPING
Wrapping/Vacuum Sleeve – the roll is placed in a polyethylene
sleeve with a polyethylene overwrap (sleeve).
Standard Packing Method
PACKAGING
The rolls are mul ple packed, twelve (individual or common) rolls
for widths less than or equal to 42 (106.68 cm) or six (individual
or common) rolls for other widths up to 84 (213.36 cm), on a
66 (167.64 cm) x 44 (111.76 cm) varying height pallet. Greater
than 84 (213.36 cm) are on a 116 (294.6 cm) x 44 (111.76 cm)
varying height pallet. Also, may be heat treated or block.
Product Identification
A content label will adequately iden fy each roll.
PALLETIZATION
The rolls of mat will be palle zed with pallet stretch packaging.
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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
Coremat
XM
Datasheet
Coremat
XM
Lantor Coremat
XM
The cost effective sol ution for open mould processes
Is used as core material and/or print blocker
Is a polyester nonwoven and compatible with all
regular types of resins, including Polyester, Vinylester,
Phenolic and Epoxy
Is suitable for hand lay-up and spray-up processes
Applications Lantor Coremat
XM
Marine: hulls, decks, and structures of boats and yachts
Transportation: parts and panels of cars, trailers
and trucks
Mass transit: interior and exterior of trains, light rail
and buses
Leisure: kayaks, surfboards, pools and tubs
Industrial: cladding panels, containers and tanks
Wind Energy: nacelle covers and spinners
Dimensional data
Typical mechanical properties of Lantor Coremat
XM*
impregnated with unsaturated polyester resin
Properties XM 2 XM 3 XM 4 XM 10
Thickness mm 2,0 3,0 4,0 10,0
Roll length m 80 50 40 15
Roll width m 1 1 1 1
Resin uptake kg/m
2
1,0 1,5 2,0 6,5
Dry weight g/m
2
80 110 140 250
Density impregnated kg/m
3
540 540 540 680
Mechanical properties unitvaluetest met hod
Flexural strength MPa 8,5
ASTM D790
Flexural modulus MPa 1250 ASTM D790
Tensile strength across layers MPa 4 ASTM C297
Compression strength: 10% strain MPa 10 ISO 844
Shear strength MPa 3 ASTM C273-61
Shear modulus MPa 25 ASTM C273-61
*Lantor Coremat
XM 3
Core material and print
through barrier for open
mould processes
Honeycomb structure for
excellent drapeability
Extra resin saving
Optimal balanced bulker mat
World benchmark
COMPOSITES
committed to the core
www.lantor.com
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
Information
PO box 45 – 3900 AA
Verlaat
22 – 3901 RG
Veenendaal
The Netherlands
T
+31 (0)318 537 111
composites@lantor.com
Coremat
XM
Datasheet
Coremat
XM
Lantor Coremat
XM
The cost effective sol ution for open mould processes
Is used as core material and/or print blocker
Is a polyester nonwoven and compatible with all
regular types of resins, including Polyester, Vinylester,
Phenolic and Epoxy
Is suitable for hand lay-up and spray-up processes
Applications Lantor Coremat
XM
Marine: hulls, decks, and structures of boats and yachts
Transportation: parts and panels of cars, trailers
and trucks
Mass transit: interior and exterior of trains, light rail
and buses
Leisure: kayaks, surfboards, pools and tubs
Industrial: cladding panels, containers and tanks
Wind Energy: nacelle covers and spinners
Dimensional data
Typical mechanical properties of Lantor Coremat
XM*
impregnated with unsaturated polyester resin
Properties XM 2 XM 3 XM 4 XM 10
Thickness mm 2,0 3,0 4,0 10,0
Roll length m 80 50 40 15
Roll width m 1 1 1 1
Resin uptake kg/m
2
1,0 1,5 2,0 6,5
Dry weight g/m
2
80 110 140 250
Density impregnated kg/m
3
540 540 540 680
Mechanical properties unitvaluetest met hod
Flexural strength MPa 8,5
ASTM D790
Flexural modulus MPa 1250 ASTM D790
Tensile strength across layers MPa 4 ASTM C297
Compression strength: 10% strain MPa 10 ISO 844
Shear strength MPa 3 ASTM C273-61
Shear modulus MPa 25 ASTM C273-61
*Lantor Coremat
XM 3
Core material and print
through barrier for open
mould processes
Honeycomb structure for
excellent drapeability
Extra resin saving
Optimal balanced bulker mat
World benchmark
COMPOSITES
committed to the core
www.lantor.com
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
Information
PO box 45 – 3900 AA
Verlaat
22 – 3901 RG
Veenendaal
The Netherlands
T
+31 (0)318 537 111
composites@lantor.com
Coremat
XM
Datasheet
Coremat
XM
Lantor Coremat
XM
The cost effective sol ution for open mould processes
Is used as core material and/or print blocker
Is a polyester nonwoven and compatible with all
regular types of resins, including Polyester, Vinylester,
Phenolic and Epoxy
Is suitable for hand lay-up and spray-up processes
Applications Lantor Coremat
XM
Marine: hulls, decks, and structures of boats and yachts
Transportation: parts and panels of cars, trailers
and trucks
Mass transit: interior and exterior of trains, light rail
and buses
Leisure: kayaks, surfboards, pools and tubs
Industrial: cladding panels, containers and tanks
Wind Energy: nacelle covers and spinners
Dimensional data
Typical mechanical properties of Lantor Coremat
XM*
impregnated with unsaturated polyester resin
Properties XM 2 XM 3 XM 4 XM 10
Thickness mm 2,0 3,0 4,0 10,0
Roll length m 80 50 40 15
Roll width m 1 1 1 1
Resin uptake kg/m
2
1,0 1,5 2,0 6,5
Dry weight g/m
2
80 110 140 250
Density impregnated kg/m
3
540 540 540 680
Mechanical properties unitvaluetest met hod
Flexural strength MPa 8,5
ASTM D790
Flexural modulus MPa 1250 ASTM D790
Tensile strength across layers MPa 4 ASTM C297
Compression strength: 10% strain MPa 10 ISO 844
Shear strength MPa 3 ASTM C273-61
Shear modulus MPa 25 ASTM C273-61
*Lantor Coremat
XM 3
Core material and print
through barrier for open
mould processes
Honeycomb structure for
excellent drapeability
Extra resin saving
Optimal balanced bulker mat
World benchmark
COMPOSITES
committed to the core
www.lantor.com
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
General Datasheet
Gurit Corecell M-10-1119 1
Gurit
Corecell M
THE MARINE FOAM
Replacement for PVC cores
High shear strength combined with low density
High temperature processing (prepreg compatible)
High elongation for toughness
Suitable for all composite processes including prepreg
Benefits from DNV GL, RINA, BV, IRS and ABS certified
INTRODUCTION
Gurit
Corecell M is the newest addition to the Gurit
Corecell range and shares the benefits of SAN chemistry common to all
Gurit
Corecell products.
Environmental stability – High tolerance for heat and chemical exposure
Built in toughness – High ductility and damage tolerance compared to cross-linked PVC and Balsa
Fine cell size – Resin absorption is very low, saving both weight and cost
Superior uniformity – Low density variation
Eliminating outgassing – Gurit
Corecell eliminates the problems of foam outgassing
Compatibility – Suitable for use with all polyester, vinylester and epoxy resins
No inhibition – Gurit
Corecell does not inhibit any epoxy resin curing mechanisms
Handling – Tough and easy to machine
Gurit
Corecell M has been developed to deliver one product for all Marine applications. It provides a combination of high shear
strength with low density, high elongation, high temperature resistance and low resin uptake. Gurit
Corecell M is the perfect
choice whether your application is slamming area or superstructure, hull or deck, using hand lamination, infusion or prepreg.
If looking for reliable processing, Gurit
Corecell M delivers through the benefits recognised in all Gurit
Corecell products of
fine cell size and unique knife-cuts giving low resin uptake in infusion processes. For prepreg, Gurit
Corecell M offers high
temperature resistance to allow shorter cure cycles and the confidence to process without fear of inhibition of prepreg catalysis.
Where static properties are important, Gurit
Corecell M delivers high shear strength at a low density. Where dynamic
performance is crucial, the high elongation delivers higher useful properties and the toughness to give impact resistance and
superior fatigue performance.
Gurit
Corecell M is available in resin infusion format and is compatible with polyester, vinylester and epoxy resin systems. The
low resin absorption characteristics of Gurit
Corecell and it s unique knife cut formats deliver higher performing infusions, low
resin cost and low weight. Gurit s global technical team have 10 years experience in resin infusion, hand lamination and prepreg
processing and offer on-site support and structural engineering for Gurit
Corecell customers. This combination makes Gurit
Corecell a key part of a reliable package.
Gurit Corecell M-10-1119 2
INSTRUCTIONS FOR USE
General working practices apply to these products, details of which can be obtained from the Gurit Guide to Composites or
by contacting a Gurit representative (contact details provided at the end of this datasheet).
MECHANICAL PERFORMANCE
Type Test Method Units M60 M80 M100 M130 M200
Short Edge Marking – – Yellow Green Yellow Blue Yellow Black Yellow
Pale
Brown
Yellow Brown
Nominal Sheet Size –
mm 1285 x 2605 1220 x 2440 1130 x 2275 1015 x 2045 915 x 1830
inches 50.5 x 102.5 48 x 96 44.5 x 89.5 40 x 80.5 36 x 72
Nominal Density
kg/m 65 85 107.5 140 200
lb/ft 4.1 5.3 6.7 8.7 12.5
Density Range
kg/m 61-69 81-89 100-115 130-150 185-215
lb/ft 3.8-4.3 5.1-5.6 6.2-7.2 8.1-9.4 11.5-13.4
Compressive Strength ASTM D1621
MPa 0.55 1.02 1.55 2.31 4.40
psi 80 148 225 336 638
Compressive Modulus
ASTM D1621 1973
MPa 45 71 107 170 317
psi 6480 10340 15570 24670 45977
ASTM D1621 – 2016
MPa 31 52 76 111 210
psi 4530 7610 11080 16100 30458
Shear Strength ASTM C273
MPa 0.68 1.09 1.45 1.98 2.95
psi 98 158 211 287 428
Shear Modulus ASTM C273
MPa 20 29 41 59 98
psi 2900 4240 5920 8600 14214
Shear Elongation at break ASTM C273 % 53% 58% 52% 43% 20%
Tensile strength ASTM D1623
MPa 0.81 1.62 2.11 2.85 4.29
psi 118 234 306 414 622
Tensile modulus ASTM D1623
MPa 44 72 109 176 334
psi 6440 10420 15880 25510 48443
Thermal Conductivity ASTM C518 W/mK 0.03 0.04 0.04 0.04 0.04
Heat Distortion
Temperature (HDT)
DIN 53424
o
C 110 110 110 110 110
o
F 230 230 230 230 230
Please Note:
Data quoted is average data at each product s nominal density, and is derived from our regular testing of production materials.
Statistically derived minimum value data, satisfying the design requirements of various classification societies, is available on request.
Gurit Corecell M-10-1119 3
NOTICE
All advice, instruction or recommendation is given in good faith but the selling Gurit entity (the
Company) only warrants that advice in writing is given with reasonable skill and care. No further
duty or responsibility is accepted by the Company. All advice is given subject to the terms and
conditions of sale (the Conditions) which are available on request from the Company or may be
viewed at Gurit s Website: www.gurit.com/terms-and-conditions.aspx
The Company strongly recommends that Customers make test panels in the final process
conditions and conduct appropriate testing of any goods or materials supplied by the Company
prior to final use to ensure that they are suitable for the Customer s planned application. Such
testing should include testing under conditions as close as possible to those to which the final
component may be subjected. The Company specifically excludes any warranty of fitness for
purpose of the goods other than as set out in writing by the Company. Due to the varied nature of
end-use applications, the Company does, in particular, not warrant that the test panels in the final
process conditions and/or the final component pass any fire standards.
The Company reserves the right to change specifications and prices without notice and Customers
should satisfy themselves that information relied on by the Customer is that which is currently
published by the Company on its website. Any queries may be addressed to the Technical
Services Department.
Gurit is continuously reviewing and updating literature. Please ensure that you have the current
version by contacting your sales contact and quoting the revision number in the bottom left-hand
corner of this page.
TECHNICAL CONTACT INFORMATION
For all other enquiries such as technical queries:
Telephone + 44 1983 828000 (08:30 17:00 GMT)
Email technical.support@gurit.com
24-HOUR CHEMICAL EMERGENCY NUMBER
For advice on chemical emergencies, spillages, fires or exposures:
Europe +44 1273 289451
Americas +1 646 844 7309
APAC +65 3158 1412
E customer.support@gurit.com
W www.gurit.com
Corecell is a registered trademark in the EU and in other countries.
by | Sep 27, 2025
Provisional General Datasheet
PDS-Kerdyn Green-5-0218 1
This datasheet is based on provisional product data and is subject to revision.
Gurit
Kerdyn
TM
Green
RECYCLABLE STRUCTURAL FOAM
Gurit Kerdyn
TM
Green: 100% recycled PET based product range
Withstands high process temperatures
Excellent chemical resistance
Good adhesion & mechanical properties
Recyclable
PET low resin uptake performance
INTRODUCTION
Gurit
Kerdyn Green has been developed to respond to the growing need for structural core materials
with stable properties and improved resin uptake performance. Additionally the Gurit
Kerdyn Green
allows to comply with the wind energy aim to reduce foot print and reinforce overall goals of waste
reduction.
Highly adaptable, recyclable, thermoplastic core material with good balance of mechanical properties, temperature
resistance, density and cost for a wide range of applications and processes.
Gurit
Kerdyn is compatible with a wide range of resin systems including epoxy, vinyl ester, unsaturated polyester
and phenolic resins.
Gurit Kerdyn can be processed at high temperatures, withstanding high exotherms and offers outstanding
chemical resistance, good adhesion; as highly consistent extruded foam, it is ideal for wind energy, marine,
industrial, and transportation applications.
Applicable processing techniques include vacuum infusion, bonding, prepreg, and thermoforming.
Available in a wide range of thicknesses.
PDS-Kerdyn Green-5-0218
2
INSTRUCTIONS FOR USE
General working practices apply to these products, details of which can be obtained from the Gurit Guide to Composites or by contacting a
Gurit representative (contact details provided at the end of this datasheet).
TYPICAL MECHANICAL PROPERTIES
PROPERTY UNIT
Kerdyn
Green
80
Kerdyn
Green
100
Kerdyn
Green
115
Kerdyn
Green
135
Kerdyn
Green
150
Kerdyn
Green
200
Kerdyn
Green
250
Kerdyn
Green 300
STANDARD
Edge
Marking
– Blue Green Black
Black +
Green
Orange
Black +
Yellow
Black +
Blue
Black +
Orange
–
Nominal
Sheet Size
mm
1005 /
1220 x
2440
1005 /
1220 x
2440
1005 /
1220 x
2440
1005 /
1220 x
2440
1005 /
1220 x
2440
1005 /
1220 x
2440
1005 x
2440
1005 x
2440
–
Inches
39.5 / 48
x 96
39.5 / 48
x 96
39.5 / 48
x 96
39.5 / 48
x 96
39.5 / 48
x 96
39.5 / 48 x
96
39.5 x 96 39.5 x 96 –
Nominal
Density
kg/m
3
80 100 115 135 150 200 250 300
ISO 845
lb/ft
3
4.99 6.24 7.18 8.43 9.39 12.49 15.61 18.73
Typical
Density
range
kg/m
3
75-85 95-105 110-120 130 – 140 145-155 195-205 245- 255 295-305
ISO 845
lb/ft
3 4.68-
5.31
5.93-
6.55
6.87-
7.49
8.11-8.74 9.05-9.68
12.17-
12.80
15.30-
15.92
18.42-19.04
Compression
Strength
MPa 0.85 1.30 1.65 2.10 2.50 3.80 5.20 6.75
ASTM D1621
Psi 123 189 239 305 363 551 754 979
Compressive
Modulus
MPa 74 91 105 126 142 203 276 360
ISO 844
Psi 10733 13198 15229 18275 20595 29443 40030 52214
Shear
Strength 0
MPa 0.60 0.80 1.00 1.20 1.40 2.05 2.35 2.70
ASTM C-273
Psi 87 116 145 174 203 297 340 392
Shear
Modulus 0
MPa 18 25 30 37 43 62 83 105
ASTM C-273
Psi 2611 3626 4351 5366 6237 8992 12038 15229
Shear
Strength 90
MPa 0.60 0.80 0.95 1.20 1.35 1.95 2.30 2.65
ASTM C-273
Psi 87 116 138 174 196 283 334 384
Shear
Modulus 90
MPa 16 23 27 34 39 57 75 93
ASTM C-273
Psi 2321 3336 3916 4931 5656 8267 10878 13489
Shear
Elongation
% 23 17 14 11 9 6 4 3 ASTM C-273
Tensile
Strength
MPa 1.55 1.80 2.0 2.30 2.45 3.00 3.40 3.80
ASTM D-1623
Psi 225 261 290 334 355 435 493 551
Tensile
Modulus
MPa 88 106 120 141 157 219 290 370
ASTM D-1623
Psi 12763 15374 17405 20450 22771 31763 42061 53664
Note:
– 1220mm width (48 inches) is only produced out of Gurit Tianjin Production site.
– Kerdyn
TM
Green 300 is solely manufactured by Gurit Tianjin Production site.
For further details, please contact your Sales account manager or Regional Customer Service.
PDS-Kerdyn Green-5-0218
3
NOTICE
All advice, instruction or recommendation is given in good faith but Gurit AG (the company)
only warrants that advice in writing is given with reasonable skill and care. No further duty or
responsibility is accepted by the Company. All advice is given subject to the terms and
conditions of sale (the Conditions) which are available on request from the Company or may
be viewed at the Company s Website: www.gurit.com/terms-and-conditions.aspx.
The Company strongly recommends that Customers make test panels and conduct
appropriate testing of any goods or materials supplied by the Company to ensure that they
are suitable for the Customer s planned application. Such testing should include testing under
conditions as close as possible to those to which the final component may be subjected. The
Company specifically excludes any warranty of fitness for purpose of the goods other than as
set out in writing by the Company. The Company reserves the right to change specifications
and prices without notice and Customers should satisfy themselves that information relied on
by the Customer is that which is currently published by the Company on its website. Any
queries may be addressed to the Technical Services Department.
Gurit are continuously reviewing and updating literature. Please ensure that you have the
current version, by contacting Gurit Marketing Communications or your sales contact and
quoting the revision number in the bottom right-hand corner of this page.
E gurit@gurit.com
W www.gurit.com
Kerdyn is a registered trademark in the EU and in other countries.
by | Sep 27, 2025
Full General Datasheet
PDS-Kerdyn Green-9-0521 1
Gurit
Kerdyn
Green
RECYCLABLE STRUCTURAL FOAM
Gurit
Kerdyn
Green: up to 100% recycled PET based product range
Withstands high process temperatures
Excellent chemical resistance
Good adhesion & mechanical properties
Recyclable
PET low resin uptake performance
DNV-GL Certified
INTRODUCTION
Gurit
Kerdyn
Green has been developed to respond to the growing need for structural core materials
with stable properties and improved resin uptake performance. Additionally the Gurit
Kerdyn
Green
allows to comply with the wind energy aim to reduce foot print and reinforce overall goals of waste
reduction.
Highly adaptable, recyclable, thermoplastic core material with good balance of mechanical properties,
temperature resistance, density and cost for a wide range of applications and processes.
Gurit
Kerdyn
is compatible with a wide range of resin systems including epoxy, vinyl ester, unsaturated
polyester and phenolic resins.
Gurit
Kerdyn
can be processed at high temperatures, withstanding high exotherms and offers outstanding
chemical resistance, good adhesion; as highly consistent extruded foam, it is ideal for wind energy, marine,
industrial, and transportation applications.
Applicable processing techniques include vacuum infusion, bonding, prepreg, and thermoforming.
Available in a wide range of thicknesses.
PDS-Kerdyn Green-9-0521 2
INSTRUCTIONS FOR USE
General working practices apply to these products, details of which can be obtained from the Gurit Guide to Composites or by contacting a Gurit
representative (contact details provided at the end of this datasheet).
TYPICAL MECHANICAL PROPERTIES
PROPERTY UNIT Kerdyn
Green 80
Kerdyn
Green
100
Kerdyn
Green
115
Kerdyn
Green
135
STANDARD
Edge Marking – Blue Green Black Black & Green –
Nominal Density
kg/m
3
80 100 115 135
ISO 845
lb/ft
3
4.99 6.24 7.18 8.43
Typical Density
range
kg/m
3
75-85 95-105 110-120 130 – 140
ISO 845
lb/ft
3
4.68-5.31 5.93-6.55 6.87-7.49 8.11-8.74
Compression
Strength
MPa 0.86 1.30 1.65 2.12
ASTM D1621
Psi 125 189 239 307
Compressive
Modulus
MPa 74 91 105 126
ISO 844
Psi 10 733 13 198 15 299 18 275
Shear Strength 0
MPa 0.59 0.80 0.97 1.20
ASTM C-273
Psi 81.22 116 141 174
Shear Modulus 0
MPa 18 25 30 37
ASTM C-273
Psi 2 611 3 626 4 351 5 399
Shear Strength
90
MPa 0.58 0.79 0.95 1.17
ASTM C-273
Psi 84.12 114 138 170
Shear Modulus
90
MPa 16 23 27 34
ASTM C-273
Psi 2 321 3 336 3 916 4 931
Shear Elongation % 16 13 10 ASTM C-273
Tensile Strength
MPa 1.54 1.82 2.02 2.27
ASTM D-1623
Psi 223 264 293 329
Tensile Modulus
MPa 103 116 136
ASTM D-1623
Psi 14 939 16 825 19 725
PDS-Kerdyn Green-9-0521 3
PROPERTY UNIT
Kerdyn
Green
150
Kerdyn
Green
200
Kerdyn
Green
235
Kerdyn
Green
250
Kerdyn
Green
300 STANDARD
Edge Marking – Orange Black & Yellow Black & Brown Black & Blue Black & Orange –
Nominal
Density
kg/m
3
150 200 235 250 300
ISO 845
lb/ft
3
9.39 12.49 14.67 15.61 18.73
Typical Density
range
kg/m
3
143-157 190-210 225-245 240-260 288-312
ISO 845
lb/ft
3
8.93-9.80 11.86-13.11 14.05-15,29 14.98-16.23 17.98-19.48
Compression
Strength
MPa 2.49 3.79 4.63 5.21 6.73
ASTM D1621
Psi 361 550 672 756 976
Compressive
Modulus
MPa 142 203 246 276 360
ISO 844
Psi 20 595 29 443 35 679 40 030 52 214
Shear Strength
0
MPa 1.40 2.04 2.23 2.36 2.66
ASTM C-273
Psi 203 296 323 342 386
Shear Modulus
0
MPa 43 62 76 83 105
ASTM C-273
Psi 6 237 8 992 11 022 12 038 15 229
Shear Strength
90
MPa 1.35 1.95 2.17 2.31 2.65
ASTM C-273
Psi 196 283 315 335 384
Shear Modulus
90
MPa 39 57 69 75 93
ASTM C-273
Psi 5 656 8 268 10 008 10 878 13 488
Shear
Elongation
% 9 6 5 4 ASTM C-273
Tensile
Strength
MPa 2.45 2.98 3.26 3.42 3.77
ASTM D-1623
Psi 355 432 473 496 547
Tensile
Modulus
MPa 152 214 260 290
ASTM D-1623
Psi 22 045 31 038 37 710 42 061
UNIT Length Width Diagonal Thickness
Dimensions
mm 2440 1005 / 1220 (1) 5 200
(2)
inches 96 39.5 / 48 (1) 5 200
(2)
Tolerances
(3)
mm
-3 / +6 -3 / +5 < 2
< 100: +/- 0.5
100: +/- 1
inches
-0.12 / +0.24 -0.12 / 0.20 < 0.08
< 100: +/- 0.02
100: +/- 0.04
(1) Depending on combination of length/width
(2) Maximum thickness depending on the density
(3) Tolerances at room temperature
PDS-Kerdyn Green-9-0521 4
NOTICE
All advice, instruction or recommendation is given in good faith but the selling Gurit entity (the
Company) only warrants that advice in writing is given with reasonable skill and care. No further
duty or responsibility is accepted by the Company. All advice is given subject to the terms and
conditions of sale (the Conditions) which are available on request from the Company or may be
viewed at Gurit s Website: www.gurit.com/terms-and-conditions.aspx
The Company strongly recommends that Customers make test panels in the final process
conditions and conduct appropriate testing of any goods or materials supplied by the Company
prior to final use to ensure that they are suitable for the Customer s planned application. Such
testing should include testing under conditions as close as possible to those to which the final
component may be subjected. The Company specifically excludes any warranty of fitness for
purpose of the goods other than as set out in writing by the Company. Due to the varied nature of
end-use applications, the Company does, in particular, not warrant that the test panels in the final
process conditions and/or the final component pass any fire standards.
The Company reserves the right to change specifications and prices without notice and Customers
should satisfy themselves that information relied on by the Customer is that which is currently
published by the Company on its website. Any queries may be addressed to the Technical
Services Department.
Gurit is continuously reviewing and updating literature. Please ensure that you have the current
version by contacting your sales contact and quoting the revision number in the bottom left-hand
corner of this page.
TECHNICAL CONTACT INFORMATION
For all other enquiries such as technical queries:
Telephone + 44 1983 828000 (08:30 17:00 GMT)
Email technical.support@gurit.com
24-HOUR CHEMICAL EMERGENCY NUMBER
For advice on chemical emergencies, spillages, fires or exposures:
Europe +44 1273 289451
Americas +1 646 844 7309
APAC +65 158 1412
E customer.support@gurit.com
W www.gurit.com
Kerdyn is a registered trademark in the EU and in other countries.
