Type 30™ Single-end Roving

P196

FOR FILAMENT WINDING, WEAVING, REBAR, AND PULTRUSION
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HIGH-PERFORMANCE PROCESS PRODUCTIVITY

P196 single-end Type 30™ roving is specifically designed to match the unique needs of a high performance to process a productivity ratio in a wide variety of applications and industries.

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Specifications and Literature

P196 Type 30 SER Product Data Sheet PDF | 805 KB
Search Safety Data Sheets (SDS/MSDS)

Performance Attributes

OUTSTANDING MECHANICAL PROPERTIES
EXCELLENT PROCESSING
REDUCE COST
ENHANCED SERVICE LIFE
  • Excellent Processing

    • Designed for fast wet-out with capacity for very high glass content. <br> <br> • Smooth run-out and less fuzz, resulting in improved machine efficiencies. <br> <br> • Flexibility for use in filament winding, weaving, rebar, and pultrusion.

  • Reduce Cost

    • Provides flexibility and cost-saving through a single glass input and higher glass loading with multi-compatible resin systems.

  • Enhanced Service Life

    • Compared to standard E-glass, Advantex® glass provides longer service life in applications facing corrosion (including alkali aging) and possesses high-fatigue properties.

OUTSTANDING MECHANICAL PROPERTIES

• Excellent properties in both epoxy/amine and anhydride curing systems, unsaturated polyester and vinyl ester resins. <br> <br> • Improves axial tensile strength, inter-laminate shear strength, and burst stress for high-performance filament wound epoxy applications. <br> <br> • Designed for applications requiring high strand stiffness while increasing production efficiency. (See Laminate Tensile Strength Comparison chart at right)

Outstanding Mechanical Properties

APPLICATIONS

Designed to achieve high performance in a variety of applications, including filament winding (pipes), weaving, rebar, and pultrusion for telecommunication, construction, and other industries.

APPLICATIONS

Technical Information

Technical Characteristics

CHARACTERISTICS PRODUCTS (TEX) INDIVIDUAL VALUES MEASUREMENT METHOD
MINIMAL NOMINAL MAXIMUM
Linear Density (tex) (Glass + Size) 300 - 600 - 1200 - 2400 - 4800 - 9600 276 - 555 - 1109 - 2200 - 4438 - 8876 300 - 600 -1200 - 2400 - 4800 - 9600 324 - 645 - 1291 - 2580 - 5162 -10324 ISO 1889
Moisture, %, loss on drying All - - 0.15 ISO 3344
Solids1 (% loss on ignition after drying) Linear Density (tex) (Glass + Size) 300 - 600 - 1200 - 2400 - 4800 - 9600 0.40 -0.35 - 0.35 - 0.45 - 0.50 - 0.50 0.55 - 0.55 - 0.55 - 0.55 - 0.62 - 0.62 0.70 - 0.75 - 0.75 - 0.65 - 0.75 - 0.75 ISO 1887
Bobbin Height2 (mm) “C” Bobbin Type - or - “H” Bobbin Type 250 - 180 270 - 190 200 -
Bobbin Diameter2 (mm) All Full - All Partial 310 - N/A N/A - N/A 300 < -

Data based on internal Owens Corning results obtained from unidirectional (UD) samples, testing at the following conditions:

- Resin system: Epoxy LY556 + HY917CV (anhydride hardener)

- Curing cycle: 2h at 100°C + 4h at 140°C

- Glass fiber is ~70% weight fraction — tested following ISO527-5

1 For solids on direct roving, the sample must be taken after having discarded 1000 g from the outside and/or the inside of the package.

2 For reference only.



Availability & Packaging

P196 is available in Russia/CIS. Additional weights and widths may be available upon request by your Owens Corning contact.

PRODUCT DESCRIPTION AVERAGE FILAMENT DIAMETER, (μm) LINEAR DENSITY*, (TEX) AVAILABLE PACKAGE APPROXIMATE PACKAGE WEIGHT (KG)
P196 16M 300TEX 16 300 H 17 - 19
P196 17M 600TEX 17 600 C 23 - 25
P196 17M 1200TEX 17 1200 C 23 - 25
P196 24M 2400TEX 24 2400 C 23 - 25
P196 24M 4800TEX 24 4800 C 23 - 25
P196 34M 9600TEX 34 9600 C 23 - 25
Rovings are available in a single-end internal-pull package. Pallets are stretch wrapped for load stability. All doffs are wrapped with Tack-Pak™ or shrinkable film for protection during transport. More information is available in the Customer Acceptance Standards.

Labeling

Each individual package is labeled with information including: product name, Tex/yield, producing plant, and production date.

Storage

It is recommended to store glass fiber products in a cool, dry area. The glass fiber products must remain in their original packaging material until the point of usage. The product should be stored in the workshop in its original packaging for 48 hours prior to its utilization, to allow it to reach the workshop temperature condition and prevent condensation, especially during the cold season. The packaging is not waterproof. Be sure to protect the product from the weather and other sources of water.

Applications

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Gleb Makarov

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