Chomarat North America
Chomarat Group
160 Alliance Blvd.
Williamston, SC 29697 US
866-513-7604 | 864-328-1700
john.leatham@chomaratna.com
chomarat.com
About Chomarat North America
IS THIS YOUR COMPANY?
As Seen On CompositesWorld
Chomarat North America Supplies the Following Products
- Aluminum
- Aramid
- Aramid, 4-harness (crowsfoot)
- Aramid, 5-harness
- Aramid, 8-harness
- Aramid, Basket-weave
- Aramid, Braided
- Aramid, Chopped strand
- Aramid, Combination woven roving & chopped strand mat
- Aramid, Mat, chopped strand
- Aramid, Mat, continuous strand
- Aramid, Milled fibers
- Aramid, Multiaxial
- Aramid, Other
- Aramid, Plain-weave
- Aramid, Roving, gun
- Aramid, Roving, multi-end
- Aramid, Roving, panel
- Aramid, Roving, single-end direct
- Aramid, Stitched (knitted, nonwoven)
- Aramid, Surfacing veil
- Aramid, Twill
- Aramid, Woven roving
- Aramid, Yarns
- Aramid/glass hybrid, 4-harness (crowsfoot)
- Aramid/glass hybrid, 5-harness
- Aramid/glass hybrid, 8-harness
- Aramid/glass hybrid, Basket-weave
- Aramid/glass hybrid, Braided
- Aramid/glass hybrid, Chopped strand
- Aramid/glass hybrid, Combination woven roving & chopped strand mat
- Aramid/glass hybrid, Mat, chopped strand
- Aramid/glass hybrid, Mat, continuous strand
- Aramid/glass hybrid, Milled fibers
- Aramid/glass hybrid, Multiaxial
- Aramid/glass hybrid, Other
- Aramid/glass hybrid, Plain-weave
- Aramid/glass hybrid, Roving, gun
- Aramid/glass hybrid, Roving, multi-end
- Aramid/glass hybrid, Roving, panel
- Aramid/glass hybrid, Roving, single-end direct
- Aramid/glass hybrid, Stitched (knitted, nonwoven)
- Aramid/glass hybrid, Surfacing veil
- Aramid/glass hybrid, Twill
- Aramid/glass hybrid, Woven roving
- Aramid/glass hybrid, Yarns
- Basalt
- Boron
- C-Glass
- C-glass, 4-harness (crowsfoot)
- C-glass, 5-harness
- C-glass, 8-harness
- C-glass, Basket-weave
- C-glass, Braided
- C-glass, Chopped strand
- C-glass, Combination woven roving & chopped strand mat
- C-glass, Mat, chopped strand
- C-glass, Mat, continuous strand
- C-glass, Milled fibers
- C-glass, Multiaxial
- C-glass, Other
- C-glass, Plain-weave
- C-glass, Roving, gun
- C-glass, Roving, multi-end
- C-glass, Roving, panel
- C-glass, Roving, single-end direct
- C-glass, Stitched (knitted, nonwoven)
- C-glass, Surfacing veil
- C-glass, Twill
- C-glass, Woven roving
- C-glass, Yarns
- Carbon, 4-harness (crowsfoot)
- Carbon, 5-harness
- Carbon, 8-harness
- Carbon, Basket-weave
- Carbon, Braided
- Carbon, Chopped strand
- Carbon, Combination woven roving & chopped strand mat
- Carbon, Mat, chopped strand
- Carbon, Mat, continuous strand
- Carbon, Milled fibers
- Carbon, Multiaxial
- Carbon, Other
- Carbon, PAN-based
- Carbon, pitch-based
- Carbon, Plain-weave
- Carbon, rayon-based
- Carbon, Roving, gun
- Carbon, Roving, multi-end
- Carbon, Roving, panel
- Carbon, Roving, single-end direct
- Carbon, Stitched (knitted, nonwoven)
- Carbon, Surfacing veil
- Carbon, Twill
- Carbon, Woven roving
- Carbon, Yarns
- Carbon/aramid hybrid, 4-harness (crowsfoot)
- Carbon/aramid hybrid, 5-harness
- Carbon/aramid hybrid, 8-harness
- Carbon/aramid hybrid, Basket-weave
- Carbon/aramid hybrid, Braided
- Carbon/aramid hybrid, Chopped strand
- Carbon/aramid hybrid, Combination woven roving & chopped strand mat
- Carbon/aramid hybrid, Mat, chopped strand
- Carbon/aramid hybrid, Mat, continuous strand
- Carbon/aramid hybrid, Milled fibers
- Carbon/aramid hybrid, Multiaxial
- Carbon/aramid hybrid, Other
- Carbon/aramid hybrid, Plain-weave
- Carbon/aramid hybrid, Roving, gun
- Carbon/aramid hybrid, Roving, multi-end
- Carbon/aramid hybrid, Roving, panel
- Carbon/aramid hybrid, Roving, single-end direct
- Carbon/aramid hybrid, Stitched (knitted, nonwoven)
- Carbon/aramid hybrid, Surfacing veil
- Carbon/aramid hybrid, Twill
- Carbon/aramid hybrid, Woven roving
- Carbon/aramid hybrid, Yarns
- Carbon/carbon composites
- Carbon/glass hybrid, 4-harness (crowsfoot)
- Carbon/glass hybrid, 5-harness
- Carbon/glass hybrid, 8-harness
- Carbon/glass hybrid, Basket-weave
- Carbon/glass hybrid, Braided
- Carbon/glass hybrid, Chopped strand
- Carbon/glass hybrid, Combination woven roving & chopped strand mat
- Carbon/glass hybrid, Mat, chopped strand
- Carbon/glass hybrid, Mat, continuous strand
- Carbon/glass hybrid, Milled fibers
- Carbon/glass hybrid, Multiaxial
- Carbon/glass hybrid, Other
- Carbon/glass hybrid, Plain-weave
- Carbon/glass hybrid, Roving, gun
- Carbon/glass hybrid, Roving, multi-end
- Carbon/glass hybrid, Roving, panel
- Carbon/glass hybrid, Roving, single-end direct
- Carbon/glass hybrid, Stitched (knitted, nonwoven)
- Carbon/glass hybrid, Surfacing veil
- Carbon/glass hybrid, Twill
- Carbon/glass hybrid, Woven roving
- Carbon/glass hybrid, Yarns
- Ceramic
- Ceramic, 4-harness (crowsfoot)
- Ceramic, 5-harness
- Ceramic, 8-harness
- Ceramic, Basket-weave
- Ceramic, Braided
- Ceramic, Chopped strand
- Ceramic, Combination woven roving & chopped strand mat
- Ceramic, Mat, chopped strand
- Ceramic, Mat, continuous strand
- Ceramic, Milled fibers
- Ceramic, Multiaxial
- Ceramic, Other
- Ceramic, Plain-weave
- Ceramic, Roving, gun
- Ceramic, Roving, multi-end
- Ceramic, Roving, panel
- Ceramic, Roving, single-end direct
- Ceramic, Stitched (knitted, nonwoven)
- Ceramic, Surfacing veil
- Ceramic, Twill
- Ceramic, Woven roving
- Ceramic, Yarns
- E-Glass
- E-Glass, 4-harness (crowsfoot)
- E-Glass, 5-harness
- E-Glass, 8-harness
- E-Glass, Basket-weave
- E-Glass, Braided
- E-Glass, Chopped strand
- E-Glass, Combination woven roving & chopped strand mat
- E-Glass, Mat, chopped strand
- E-Glass, Mat, continuous strand
- E-Glass, Milled fibers
- E-Glass, Multiaxial
- E-Glass, Other
- E-Glass, Plain-weave
- E-Glass, Roving, gun
- E-Glass, Roving, multi-end
- E-Glass, Roving, panel
- E-Glass, Roving, single-end direct
- E-Glass, Stitched (knitted, nonwoven)
- E-Glass, Surfacing veil
- E-Glass, Twill
- E-Glass, Woven roving
- E-Glass, Yarns
- Fibers, metallized
- Hybrid commingled fibers
- Infrastructure, composite
- Metallized, 4-harness (crowsfoot)
- Metallized, 5-harness
- Metallized, 8-harness
- Metallized, Basket-weave
- Metallized, Braided
- Metallized, Multiaxial
- Metallized, Other
- Metallized, Plain-weave
- Metallized, Stitched (knitted, nonwoven)
- Metallized, Twill
- Metallized, Woven roving
- Nylon
- Other ceramic
- Other composite structures
- Other core materials
- Other inorganic fibers
- Other organic fibers
- Other, 4-harness (crowsfoot)
- Other, 5-harness
- Other, 8-harness
- Other, Basket-weave
- Other, Braided
- Other, Chopped strand
- Other, Combination woven roving & chopped strand mat
- Other, Mat, chopped strand
- Other, Mat, continuous strand
- Other, Milled fibers
- Other, Multiaxial
- Other, Other
- Other, Plain-weave
- Other, Roving, gun
- Other, Roving, multi-end
- Other, Roving, panel
- Other, Roving, single-end direct
- Other, Stitched (knitted, nonwoven)
- Other, Surfacing veil
- Other, Twill
- Other, Woven roving
- Other, Yarns
- Poly p-phenylene-2,6-benzobisoxazole (PBO)
- Polybenzimidazole (PBI)
- Polyester
- Polytheylene
- Quartz
- Rebar
- Silicon carbide
- Structural high-strength glass (S- and R-type)
- Structural high-strength glass (S- and R-type), 4-harness (crowsfoot)
- Structural high-strength glass (S- and R-type), 5-harness
- Structural high-strength glass (S- and R-type), 8-harness
- Structural high-strength glass (S- and R-type), Basket-weave
- Structural high-strength glass (S- and R-type), Braided
- Structural high-strength glass (S- and R-type), Chopped strand
- Structural high-strength glass (S- and R-type), Combination woven roving & chopped strand mat
- Structural high-strength glass (S- and R-type), Mat, chopped strand
- Structural high-strength glass (S- and R-type), Mat, continuous strand
- Structural high-strength glass (S- and R-type), Milled fibers
- Structural high-strength glass (S- and R-type), Multiaxial
- Structural high-strength glass (S- and R-type), Other
- Structural high-strength glass (S- and R-type), Plain-weave
- Structural high-strength glass (S- and R-type), Roving, gun
- Structural high-strength glass (S- and R-type), Roving, multi-end
- Structural high-strength glass (S- and R-type), Roving, panel
- Structural high-strength glass (S- and R-type), Roving, single-end direct
- Structural high-strength glass (S- and R-type), Stitched (knitted, nonwoven)
- Structural high-strength glass (S- and R-type), Surfacing veil
- Structural high-strength glass (S- and R-type), Twill
- Structural high-strength glass (S- and R-type), Woven roving
- Structural high-strength glass (S- and R-type), Yarns
- Ultrahigh-molecular-weight (UHMW) polyethylene
Editorial, News, and Products
-
Chomarat expands range of composite reinforcement options
Rovicore FM core and C-Weave Stabilized woven fabrics are designed to improve the quality and performance of composite materials.
-
Composites-reinforced concrete for sustainable data center construction
Metromont’s C-GRID-reinforced insulated precast concrete’s high strength, durability, light weight and ease of installation improve data center performance, construction time and sustainability.
-
Building code requirements renewed for CarbonCast wall panels
ICC-ES ESR#2953 renewal revalidates performance and compliance of AltusGroup precast wall assembly featuring C-Grid carbon fiber grid connector and rigid foam insulation.
-
Carbon fiber-reinforced concrete accelerates in Germany
TU Dresden and C3 – Carbon Concrete Composite demonstrator aims to reduce concrete material use by 50% and CO2 emissions by up to 70%; Hitexbau touts high-volume automated production for carbon fiber textile grids.
-
IACMI: Driving innovation in the advanced composites industry
Since its start in 2015, the Institute for Advanced Composites Manufacturing Innovation (IACMI) has come a long way in its mission of advancing composites innovation. CTO Uday Vaidya reflects on the past five years.
-
Large, high-volume, infused composite structures on the aerospace horizon
Infused carbon fiber composite structures are not new, but they have never been built at the rates anticipated for next-generation, single-aisle aircraft. It is a daunting prospect — but a feasible one.
-
Developing fire-resistant resins for composites
Ashland, Polynt-Reichhold and Scott Bader discuss chemistries, applications and future developments for FR composites.
-
JEC World 2018 preview: CHOMARAT
CHOMARAT unveils its new multiaxial NCF reinforcement for thermoplastics, plus an innovative UD carbon reinforcement for wind blades
-
CAMX 2017: Highlights from the floor
3D printing and nanotechnology developments promise to cut time and cost in composite structures production while recycling and sustainability continue to grow in importance.
-
Another opportunity to meet, and learn, in Paris
At the JEC World 2017, improvements in materials and processes were present at nearly every stand, with the emphasis on automotive-capable production speeds.
-
Materials & Processes: Fiber formats for composites
Fibers used to reinforce composites are supplied directly by fiber manufacturers and indirectly by converters in a number of different forms, which vary depending on the application. Here's a guide to what's available.
-
Fiber reinforcement forms
Fibers used to reinforce composites are supplied directly by fiber manufacturers and indirectly by converters in a number of different forms, which vary depending on the application. Here's a guide to what's available.
-
Chomarat opens new C-PLY, C-WEAVE facility in South Carolina
New 58,000-ft2 plant in S.C. targets high-quality, high-performance solutions for aerospace and automotive applications.
-
VX-1 KittyHawk first flight video
Successful first flight test matches computer predictions and enables virtual testing of next refinements.
-
2014 JEC Europe Review
The composites world met again in Paris, vibrant, stronger, and more forward-looking than ever before.
-
VX Aerospace: Small company, big performance
Innovative design, OOA manufacturing and C-PLY laminate construction produce “big fabricator” aerostructures in fewer steps at low cost.
-
JEC Europe 2013 new product showcase
The JEC Europe 2013 trade show (March 12-14, at the Paris Expo, Porte de Versailles, Paris, France) was the venue for introductions of a large number of new composite materials, technologies and manufacturing processes. Here's the CT editorial staff's compilation of what was on display.
-
Bi-angle fabrics find first commercial application
Bicycle manufacturer sees dramatic productivity gains using unbalanced fabrics conceived at Stanford University and manufactured by Chomarat.
-
COMPOSITES 2012 Highlights
As ACMA’s annual conclave convened in North America’s gambling capital, show exhibitors and attendees placed their bets on better days.
-
Improving laminates through anisotropy and homogenization
Dr. Stephen Tsai, professor research emeritus in the Department of Aeronautics & Astronautics at Stanford University, discusses the merits of unbalanced (anisotropic) layers in composite laminates.
-
SAMPE 2011 Long Beach Product Showcase
Huge show, huge new product offerings … huge success.
-
JEC Paris 2011 highlights
The news from this annual Parisian in-gathering of composites professionals is heavily weighted toward automotive lightweighting.
-
COMPOSITES AND CONCRETE
The benefits of composite materials are well established in concrete reinforcement and construction.
-
Blast protection for large structures
Hardening of public buildings against terrorist threats represents a potentially huge market for antiballistic composites.