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Superior Huntingdon Composites M8643

Superior Huntingdon Composites M8643 is this is a continuous filament reinforcing mat designed for flat-sheet epoxy laminate production. It has been treated with a suitable bonding resin and coupling agent and has good handling properties and weight uniformity.

Reinforcement Material: Glass Fibers

Reinforcement Form: Mat

Processing Methods: Pultrusion

Features: Ease of Handling, Easy Handling, Excellent Formability, Good Smoothness, Good Wettability, High Durability, High Porosity, High Strength, High Tensile Strength, Uniform Distribution

Technical Data Sheet

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Identification & Functionality

Chemical Family
Reinforcement Form
Reinforcement Material
Composite Materials Functions

Features & Benefits

Applications & Uses

Plastics & Elastomers End Uses
Composites Processing Methods
Uses

This continuous filament mat is designed primarily for reinforcing pultruded shapes. This mat is characterized as having fast wet-through, good wet-out, good conformability, good surface smoothness and excellent mat strength. This mat is normally used for pultrusion unless special requirements dictate using the following modification.

Properties

Physical Form

Technical Details & Test Data

Available Products

Products

Weight

Trimmed Width

           M8643,

Available Standard Weights *

Available Standard Weights *

 

Oz./Sq. Ft.

G/m2

Inches

Cen􀆟meters

 

1.0

300

50

127

 

1.5

450

68

172.7

 

2.0

600

72

182.9

 

3.0

750

 

 

Product Acceptance Limits & Test Methods

WEIGHT - Values stated are based on 12” x 12” or 30.48 cm x 30.48 cm test specimans

Weight Per
Square Foot
(Ounces)

Nominal Individual
(Grams)

Tolerance
(Grams)

Calculated Weight
Per Square Meter
(Grams)

Tolerance
(Grams)

Test Method

0.75

21.3

+/- 3.02

229.3

+/- 32.56

W-01Fc

1.00

28.4

+/- 2.98

305.7

+/- 30.57

 

1.25

35.4

+/- 3.54

381.0

+/- 38.10

 

1.50

42.5

+/- 4.56

457.5

+/- 45.75

 

1.75

49.6

+/- 4.96

533.9

+/- 53.39

 

2.00

56.7

+/- 6.29

610.3

+/- 61.03

 

2.25

63.8

+/- 6.38

686.7

+/- 68.67

 

2.50

70.9

+/- 7.09

763.2

+/- 76.32

 

3.00

85.1

+/- 8.59

916.0

+/- 91.60

 

Edge Weight

Values stated are based on 2” x 12” or 5.08 cm x 30.48 cm test specimens.

Weight Per
Square Foot
(Ounces)

Approximate

Weight Per Square

Meter (Grams)

Nominal Individual
(Grams)

Tolerance
(Grams)

Tolerance
(Grams)

0.75

229.3

3.6

+/- 0.90

W-01-Fg-T

1.00

305.7

4.8

+/- 1.20

 

1.25

381.0

6.0

+/- 1.50

 

1.50

457.5

7.0

+/- 1.75

 

1.75

533.9

8.2

+/- 2.05

 

2.00

610.3

9.4

+/- 2.35

 

2.25

686.7

10.6

+/- 2.65

 

2.50

763.2

11.8

+/- 3.00

 

3.00

916.0

14.2

+/- 3.55

 

Ignition Loss (%)

Weight Per

Square Foot (Ounces)

Nominal

Tolerance

Test Method

All

2.25

6.75

W-05Ec

Width

Weight Per

Square Foot (Ounces)

Nominal

Tolerance

Tolerance

Test Method

All

As specified on the order

+/- 1/8

+/- 3.175

D-03Aa

Tensile

 Values stated are based on 3” x 12” or 7.62 cm x 30.48 cm test specimens.

Weight Per

Square Foot (Ounces)

Approximate

Weight Per Square

Meter (Grams)

Minimum

Individual (Pounds)

Minimum Individual

(Newtons)

Maximum

Individual

Test Method

0.75

229.3

5

22.24

None

S-01AG

1.00

305.7

5

22.24

None

 

1.25

381.0

10

44.48

None

 

1.50

457.5

16

71.17

None

 

1.75

533.9

21

93.41

None

 

2.00

610.3

25

111.20

None

 

2.25

686.7

28

124.55

None

 

2.50

763.2

31

137.89

None

 

3.00

916.0

38

169.03

None

 

Approximate Full Roll Weight & Length

 

Weight Per

Square Foot (Ounces)

Approximate

Weight Per Square

Meter (Grams)

Approximate Full

Weight

(Pounds)

Approximate Full

Weight

(Kilogram)

Approximate Full

Roll Length

(Meters)

Approximate Full

Roll Length

(Feet)

0.75

229.3

3.49 x inches of mat width

0.624 x cm of mat width

272.1

893

1.00

305.7

3.61 x inches of mat width

0.646 x cm of mat width

211.2

693

1.25

381.0

3.49 x inches of mat width

0.624 x cm of mat width

163.4

536

1.50

457.5

3.49 x inches of mat width

0.624 x cm of mat width

136.2

447

1.75

533.9

3.49 x inches of mat width

0.624 x cm of mat width

116.7

383

2.00

610.3

3.49 x inches of mat width

0.624 x cm of mat width

102.1

335

3.00

916.0

3.49 x inches of mat width

0.624 x cm of mat width

68.0

223

Minimum Recommended Laminate Thickness

Weight Per

Square Foot (Ounces)

Minimum Laminate

Thickness (Inches)*

Minimum Laminate

Thickness (Millimeters)*

Test Method

All

0.060

1.524

Suitable Micrometer

Continuous Filament Mat Designed for Pultrusion

Weight Per

Square Foot (Ounces)

Approximate

Weight Per Square

Meter (Grams)

Target

Maximum

Individual

Maximum

Average

Test Method

All

305

22

30

28

HUN QS.820.COLOR

Packaging & Availability

Packaging Type
Standard Packing Method

WRAPPING
The rolls are wrapped in polyethylene.
Standard Packing Method
PACKAGING
The rolls are multiple 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.
PALLETIZATION
The rolls of mat will be palle�zed with pallet stretch packaging

Preparation For Shipment

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 the same as the mat width with the following tolerances:

  •  For rolls 68” (172.7 cm) and greater, the tube length tolerances are plus 0", minus 1/2" (-1.27 cm)
  •  For rolls less than 68” (172.7 cm), the tube length tolerances are plus 0”, minus 1” (-2.54 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 condition where successive wraps of mat are not perfectly aligned one upon the other, bringing about a concave effect on one end of the roll and a convex effect on the other. No tube will protrude past the product.