Owens Corning Type 30 Tack-Pak Wrap 366-AD-113 Advantex Glass Fiber 4400 TEX
$449.00
Basic Information
Asset # : KSCU / 563
Available Qty: 1
Inspections - Yellow Tag : 1.1 Appears Unused no box
Condition : New
Guarantee or ASIS : 2. WE GUARANTY OUR WORKMANSHIP & OUR WORD ONLY: 14 Day return
Payment Details
Appraised Value: $449.00
Payment Types Accepted : Visa , Mastercard , Check (14 Day Hold Before Release) , Cash
Shipping Options
Packaging Cost : 1.6 6x10 CH $3.00
ITEM DESCRIPTION
Surplus fiber glass gun roving. This is brand new stuff left over from a job. the specs are: It's a 4400Tex and the yield is 113. The roll is open, but there is very little used.
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Specifications
DESCRIPTION
DETAILS
Manufacturer :
Owens Corning
Serial #:
N/A
HP / AMP / KW / KVA :
N/A
Length (Inches):
11
Estimated Packaging Weight:
1
Estimated Total Weight:
45
DESCRIPTION
DETAILS
Model :
30
Year :
03/28/2015
Amps :
N/A
Phase :
N/A
Width (Inches):
11
Height (Inches):
11
Factory Information
The Owens Corning Type 30 Tack-Pak Wrap 366-AD-113 Advantex Glass Fiber 4400 TEX is a high-performance glass fiber roving designed for use in industrial applications such as pultrusion and filament winding. Engineered using Owens Corning's patented Advantex® technology, this product offers superior corrosion resistance compared to traditional E-glass fibers, making it ideal for environments where durability and longevity are crucial. It features excellent mechanical properties, including high tensile strength and compatibility with a wide range of resin systems like polyester, vinyl ester, and epoxy. This glass fiber roving is specifically formulated to maximize processing efficiency, reduce production costs, and enhance the quality of the final composite product. Whether used in construction materials, pipes, or other industrial components, it delivers reliable performance with optimized strand wet-out and superior bonding characteristics.
This product is typically sought after for its ability to improve the structural integrity and longevity of composite materials in demanding environments.