B2b Textiles in Rutherford, North Carolina

2 found · ← All categories in Rutherford

Updated October 31, 2026

IsoThermal Textile Services

B2b Textiles

Spindale, NC

Rutherford Learning Center offers over 150 programs with day, night, online, and in-person classes, plus financial aid and tuition-free scholarship options.

  • students seeking career degrees, diplomas, or certificates
  • students needing online or flexible day-and-night class schedules
  • high school students pursuing college coursework through CCP

Milliken & Co.

B2b Textiles

Bostic, NC

Milliken & Co. develops PFAS-free three-layer firefighter turnout gear systems that exceed NFPA 1971-2018 minimums from a single U.S.-based source.

  • Fire departments seeking PFAS-free outer shells, moisture barriers, and thermal liners
  • Automotive manufacturers needing lightweight nonwoven underbody shields, wheel wells, cargo liners, or seat components
  • Military and protective-equipment manufacturers needing lightweight thermoplastic composite panels

Other categories in Rutherford

B2b Textiles in nearby counties

FAQ

What industries does Milliken's textile division serve?

Its materials include firefighter gear, automotive nonwovens, military and protective equipment, bedding, and industrial thermal, impact, and acoustic applications.

What should buyers check when selecting technical textile materials?

Match the material to the required performance, such as thermal protection, impact resistance, acoustic control, moisture resistance, or weight reduction, and verify applicable standards such as NFPA 1971-2018 for firefighter gear.

Do Milliken's automotive textiles contain recycled content?

Yes. Its underbody shield materials incorporate 60% recycled polyester, while wheel-well materials use up to 65% recycled content.

Does this supplier provide emergency textile repairs or immediate field response?

No. The supplied business information indicates Milliken is intended for engineered textile systems and is not a fit for emergency repairs or immediate field response.