Woven Roving Fiberglass (E/ECR Glass)

Woven Roving Fiberglass (E/ECR Glass)

Setting the global standard for heavy-duty composite reinforcement, POLYMER operates as a premier bidirectional fiberglass cloth manufacturer. Our premium woven roving fiberglass E/ECR glass is meticulously woven from continuous direct rovings, delivering massive multi-directional tensile strength to your final molded products.

Engineered for seamless compatibility with Polyester, Vinyl Ester, and Epoxy resins, this highly advanced fast wet-out fiberglass woven roving drastically reduces hand lay-up time while eliminating dry spots. Whether deployed in structural marine boat hulls or utilizing our specialized ECR glass woven roving for chemical tanks, it serves as the ultimate backbone for both manual and automated filament winding operations.

Extreme Tensile Strength

Rapid Resin Wet-Out

UP/VE/Epoxy Compatible

ECR Anti-Corrosion Option

Fuzz-Free Tight Weave

Model:PLMR300
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Woven Roving Fiberglass (E/ECR Glass) Overview

Setting the industry benchmark for heavy-duty composite reinforcement, POLYMER's premium woven roving fiberglass E/ECR glass is manufactured from meticulously aligned direct rovings interwoven in a tight plain or twill pattern. As a leading bidirectional fiberglass cloth manufacturer, we engineer this fabric to deliver massive multi-directional tensile strength and extreme impact resistance to your final molded products.

Available in both standard E-Glass and highly acid-resistant ECR-Glass formulations, this UP VE Epoxy compatible woven roving is treated with an advanced silane sizing chemistry. This ensures it acts as a fast wet-out fiberglass woven roving, dramatically reducing lay-up time while eliminating dry spots. It is the universally specified structural backbone for demanding hand lay-up, filament winding, and press molding applications across the marine, chemical, and automotive sectors.

Empowering Heavy-Duty Composite Fabrication

Whether you are hand-laying massive oceanic vessels or winding highly corrosive chemical pipes, our engineered woven roving roll goods secure your project's longevity:

  • For Marine & Boat Building: Leverage our woven roving for boat building to achieve unparalleled structural rigidity. When layered with chopped strand mats, it creates a void-free, watertight hull that absorbs immense hydrodynamic impacts without delaminating.

  • For Anti-Corrosion Infrastructure: Deploy our specialized ECR glass woven roving for chemical tanks and pipelines. It resists severe acid and alkali attacks, ensuring the structural integrity of industrial storage vessels and municipal sewage grids.

  • For Automotive & Transportation: Utilize our fiberglass woven roving for auto parts to mold high-impact, lightweight composite panels for commercial vehicle deflectors, refrigerated truck bodies, and high-speed rail interiors.

  • For Regional Raw Material Distributors: Source directly from a verified bulk woven roving roll distributor. We offer a comprehensive weight range (from 200g up to 1000g heavy duty woven roving), custom widths, and highly competitive factory-direct pricing.

Core Performance Advantages

High Tensile Strength

Extreme Bidirectional Strength

The tight plain weave structure interlocks warp and weft rovings, delivering massive tensile strength (up to 5300N) to withstand severe mechanical stress in all directions.

Fast Wet-Out

Rapid Resin Wet-Out

Highly optimized silane sizing ensures the fabric absorbs UP, VE, and Epoxy resins instantaneously, drastically reducing manual rolling time and eliminating trapped air bubbles.

Zero Fuzz

Smooth & Fuzz-Free

Precision weaving maintains exceptional strand integrity without fraying. This creates a highly uniform, fuzz-free laminate surface that is easy to handle and inspect.

Corrosion Resistance

ECR Anti-Corrosion Option

By selecting our ECR-Glass variant, the woven roving gains superior resistance to aggressive acid and alkali environments, vastly extending the lifespan of chemical infrastructure.

General Data & Technical Specifications

CodeGlass TypeWeight (g/m²)Breaking Strength (N)Weave TypeMoisture Content (%)L.O.I (%)
WarpWeft
PLMR200E / ECR20013001100Plain≤0.20.4-0.8
PLMR270E / ECR27019001700Plain≤0.20.4-0.8
PLMR300E / ECR30020001800Plain≤0.20.4-0.8
PLMR360E / ECR36022002000Plain≤0.20.4-0.8
PLMR400E / ECR40025002200Plain≤0.20.4-0.8
PLMR500E / ECR50030002750Plain≤0.20.4-0.8
PLMR530E / ECR53033003000Plain≤0.20.4-0.8
PLMR580E / ECR58036003300Plain≤0.20.4-0.8
PLMR600E / ECR60040003850Plain≤0.20.4-0.8
PLMR800E / ECR80046004400Plain≤0.20.4-0.8
PLMR1000E / ECR100053005100Plain≤0.20.4-0.8

* Remark: The above parameters (including custom Twill weaves and Roll Widths) can be regulated according to the customer's specific tooling requests.

Typical Industrial Applications

Boat Hulls

Marine Boat Building

Woven roving for boat building providing massive bidirectional impact resistance for yacht hulls and decks.

Chemical Tanks

Chemical Storage Tanks

ECR glass woven roving for chemical tanks delivering superior structural stiffness and anti-corrosion properties.

Auto Parts

Automotive Components

Fiberglass woven roving for auto parts ensuring lightweight, heavy-duty structural integrity for vehicle panels.

FRP Flat Panels

FRP Flat Panels

Woven roving for FRP flat panels utilized in continuous lamination to produce rigid cold-room panels.

Frequently Asked Questions (FAQ)

+ What is the difference between Chopped Strand Mat (CSM) and Woven Roving?

CSM is made of short, randomly scattered fibers, offering isotropic (all-direction) strength and excellent mold conformability. Woven roving fiberglass is a heavy, bidirectional fabric woven from continuous strands. It provides massive high tensile strength along its warp (0°) and weft (90°) axes. In heavy industries like boat building, they are often alternated layer-by-layer (CSM-Woven Roving-CSM) to combine conformability with ultimate structural rigidity.

+ Why should I choose ECR-Glass over standard E-Glass?

Standard E-Glass is excellent for general structural use. However, if your composite product will be exposed to harsh corrosive chemicals, acidic wastewater, or severe weather over decades, you must specify ECR-Glass. Our ECR glass woven roving for chemical tanks is boron-free and fluorine-free, dramatically increasing its resistance to acid and alkali degradation compared to standard glass.

+ How does a "Plain Weave" fabric benefit hand lay-up processes?

As a premium plain weave fiberglass cloth supplier, our over-under checkerboard pattern creates a very tight, stable fabric that resists distorting when handled by workers. Because it is highly uniform and treated with silane sizing, it acts as a fast wet-out fiberglass woven roving, allowing workers to rapidly impregnate it with heavy resin without the weave shifting or fraying at the edges.

+ Do you supply custom roll widths and heavy-duty weights?

Yes. As a major bidirectional fiberglass cloth manufacturer, we standardly offer 1000mm and 1270mm roll widths, but can manufacture custom width woven roving from 200mm up to 3200mm. We specialize in robust structural grades, perfectly weaving the industry standard 600g, 800g, and massive 1000g heavy duty woven roving formats.

Optimize Your Heavy-Duty Structural Fabrication Today

Connect directly with our factory engineering team for an Instant Quote, customized technical data sheets, or to request free material samples for your wet-out and tensile strength trials. We guarantee reliable international shipping, certified quality, and highly competitive factory-direct pricing.

Instructions for Roll Handling & Storage
Roll Size
Custom Roll Widths: Standard commercial widths are 1000mm and 1270mm. Custom slit dimensions are available from 200mm up to 3200mm to perfectly match your mold size and minimize expensive edge trim waste on the shop floor.
Packing
Packing & Palletizing: The heavy-duty woven roving is tightly rolled onto a 76mm inner diameter paper tube to prevent weave distortion. It is wrapped securely with moisture-proof plastic film and packed into cartons. Rolls are laid horizontally on export pallets for safe container shipping.
Storage
Storage Conditions: Must be stored indoors in a dry, cool, water-proof area to protect the sizing chemistry. Ideal room temperature is 15°C to 35°C with 35% to 65% humidity. Keep the fabric in its original sealed packaging until use to prevent moisture absorption and maintain rapid wet-out performance.

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Get a Technical Proposal Within 12 Hours

Submit your application and molding process. Our polymer engineers will provide a material selection guide and dispatch free test samples rapidly.

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