Suppliers

SAERTEX USA LLC

Stitchbonded, multiaxial, noncrimp fabrics, produced from carbon, E-glass, aramid and other high-performance fibers. Fiber orientation, type and weight can be adjusted to provide reinforcement in most effective directions. Multiaxials, closed-mold reinforcements, self-adhesive fabrics, kitted fabrics, preforms and composite parts.



Phone: (704)-464-5998
Fax: (704)-464-5922

Engineer Contact:
Dr. Christian Kissinger, (704) 464-5998, c.kissinger@saertex.com

Sales Contact:
Stephanie Ryan, (704) 464 5998, s.ryan@saertex.com

Please visit: SAERTEX USA LLC

Mailing Address
12200-A Mt. Holly-Huntersville Rd., Ste. A
Huntersville, NC 28078 US

Additional Locations:
Brochterbecker Damm 52
Saerbeck, DE
+49 257 4902 0

S.No-282 Mann Village Mulshi
Pune, IN
+91 205 620 3863

2 lot Parc d'activités d'Arandon
Arandon, FR
+33 474 804 492

25 Bolant St. Daljosafat
Paarl, ZA
+27 21 8627 790

Parque Empresarial da Praia Norte Av. Cabo Verde, Lotes 50 e 51
Viana do Castelo, P-4900 - 5 PT
+351 258 840 050

 
SPECIAL MESSAGE
PRODUCT CATEGORIES
Materials
  • Fibers, inorganic
    • E-Glass
  • Reinforcements, unimpregnated
    • Aramid
      • Aramid, Chopped strand
      • Aramid, Mat, chopped strand
      • Aramid, Other
    • Aramid/glass hybrid
      • Aramid/glass hybrid, Chopped strand
      • Aramid/glass hybrid, Mat, chopped strand
      • Aramid/glass hybrid, Other
    • C-glass
      • C-glass, Other
    • Carbon
      • Carbon, Other
    • Carbon/aramid hybrid
      • Carbon/aramid hybrid, Other
    • Carbon/glass hybrid
      • Carbon/glass hybrid, Other
    • Ceramic
      • Ceramic, Other
    • E-Glass
      • E-Glass, Other
    • Structural high-strength glass (S- and R-type)
      • Structural high-strength glass (S- and R-type), Other
    • Other unimpregnated reinforcement forms
      • Other, Other
  • Fabrics, unimpregnated
    • Aramid
      • Aramid, Multiaxial
      • Aramid, Plain-weave
      • Aramid, Stitched (knitted, nonwoven)
      • Aramid, Other
    • Aramid/glass hybrid
      • Aramid/glass hybrid, Multiaxial
      • Aramid/glass hybrid, Plain-weave
      • Aramid/glass hybrid, Stitched (knitted, nonwoven)
      • Aramid/glass hybrid, Other
    • C-glass
      • C-glass, Multiaxial
      • C-glass, Plain-weave
      • C-glass, Stitched (knitted, nonwoven)
      • C-glass, Other
    • Carbon
      • Carbon, Multiaxial
      • Carbon, Plain-weave
      • Carbon, Stitched (knitted, nonwoven)
      • Carbon, Other
    • Carbon/aramid hybrid
      • Carbon/aramid hybrid, Multiaxial
      • Carbon/aramid hybrid, Plain-weave
      • Carbon/aramid hybrid, Stitched (knitted, nonwoven)
      • Carbon/aramid hybrid, Other
    • Carbon/glass hybrid
      • Carbon/glass hybrid, Multiaxial
      • Carbon/glass hybrid, Plain-weave
      • Carbon/glass hybrid, Stitched (knitted, nonwoven)
      • Carbon/glass hybrid, Other
    • Ceramic
      • Ceramic, Multiaxial
      • Ceramic, Plain-weave
      • Ceramic, Stitched (knitted, nonwoven)
      • Ceramic, Other
    • E-Glass
      • E-Glass, Multiaxial
      • E-Glass, Plain-weave
      • E-Glass, Stitched (knitted, nonwoven)
      • E-Glass, Other
    • Metallized
      • Metallized, Multiaxial
      • Metallized, Plain-weave
      • Metallized, Stitched (knitted, nonwoven)
      • Metallized, Other
    • Structural high-strength glass (S- and R-type)
      • Structural high-strength glass (S- and R-type), Multiaxial
      • Structural high-strength glass (S- and R-type), Plain-weave
      • Structural high-strength glass (S- and R-type), Stitched (knitted, nonwoven)
      • Structural high-strength glass (S- and R-type), Other
    • Other unimpregnated fabrics
      • Other, Multiaxial
      • Other, Plain-weave
      • Other, Stitched (knitted, nonwoven)
      • Other, Other
  • Preforms, unimpregnated
    • Aramid
    • Carbon
    • E-Glass
    • Hybrid fiber
    • Quartz
    • Structural high-strength glass (S- and R-type)
    • Other preforms
Fabricating services
  • Thermoplastic materials
    • Cutting, finishing, and machining
    • Textile processing for composites (braiding, stitching,
  • Thermoset materials
    • Cutting, finishing, and machining
    • Textile processing for composites (braiding, stitching,
Composite Structures & Components
  • Aerospace, fuselage/wing
  • Armor, composite
  • Automotive, body panels & substructures
  • Automotive, interior (seats, IPCs, floor panels, etc.)
  • Automotive, underhood
  • Carbon/carbon composites
  • Marine, boat (hulls, decks, bulkheads, etc.)
  • Marine, other
  • Other composite structures
Design, testing, consulting, other services
  • Architectural design
  • Product design


As seen in Print
SAERTEX USA LLC adds 3-D fabrics to its product range
Weaving and fabrics specialist SAERTEX will produce orthogonal fabrics at high speed with zero crimp in the warp and weft fibers.

SAERTEX buys Devold unit of Hexagon
The German multiaxial maker pays 115 million (NOK) for the wholly-owned subsidiary of Hexagon Composites, and will keep Devold as a parallel brand.

Wind blades: Pi preforms increase shear web failure load
Easily coinfused structural joint increases ultimate strength and fatigue life, offering solutions for designers as blades get longer and move offshore.

Bio-composites update: Beyond eco-branding
No longer dependent only on their green credentials, some suppliers of bio-based fibers and resins are competing on price and performance.

Aiming infusion at the application
With so many process variables to play with, how do you know which new solutions that promise better, faster infusion are right for your application?

CompositesWorld Materials, Markets, Manufacturing agenda finalized
CompositesWorld's 2012 Materials, Markets, Manufacturing conference will be co-located with SAMPE Tech, Oct. 22-23 in Charleston, S.C., USA.

SPE ACCE 2011: Growing again
The Society of Plastics Engineers’ 11th conference on automotive composites fields a top slate of speakers and attracts its largest crowd.

PRSEUS preform for pressurized cabin walls
Over the next few years, NASA and The Boeing Co. (Chicago, Ill.) will build larger and more elaborate pressurized passenger cabin structures for future blended-wing airliners.

SAMPE 2011 Long Beach Product Showcase
Huge show, huge new product offerings … huge success.

SAERTEX selected to supply material for two Bombardier planes
SAERTEX will supply high-performance multi-axial and uni-directional non-crimp fabrics (NCFs) for the production of major primary structures for the new CSeries and Learjet 85 aircraft.

SAERTEX expands North Carolina fabrics facility
Pointing to increased demand for composite parts and structures, SAERTEX will spend $6.5 million over the next three years to expand its fabrics manufacturing operations in Huntersville, N.C., USA.

Composites 2010 Product Showcase
The ACMA’s Las Vegas exhibition reflected an industry in recovery.

A400M cargo door: Out of the autoclave
This structural military airframe part is the largest made to date via the vacuum-assisted resin infusion process.

JEC Composites 2009 showcase
 Despite the doleful state of the global economy, the turnout in Paris — exhibitors and visitors — proved surprisingly strong.

Team-built bus body bests all
OEM meets tight development schedule on superlight multipart molded shell to offset propulsion system weight in fuel cell-powered transit bus.

JEC Composites show produces flurry of composites news
Amber, Axson announce cooperation agreement; DSM, BÜFA launch two joint ventures; Hexcel will use Imperium ultrasonic cameras for NDI; Umeco reorganizes to create two primary business groups.

Fabric Forms Get Sophisticated
Closed molding applications and demand for greater design flexibility are driving fabric suppliers to create a variety of products that mix and match fibers, fiber forms, core and resin.

Autoclave Quality Outside The Autoclave?
Pioneers of out-of-autoclave processing in aerospace applications answer a qualified but enthusiastic Yes!

Fiberglass multiaxials reinforce their market share
Technological and market forces feed growing use of multiaxial nonwoven fiberglass fabrics and spur diversified product offerings.

Anisotropic wind blade design expected to reduce wind-energy costs
Deliberately unbalanced laminate produces smoother power input from adaptive wind blades