Product Name: 300D Recycled Polyester Anti-UV Oxford Fabric for Car Cover Umbrella and Canopy 210gsm

Material: 100% recycled Polyester

Yarn Count / Structure: 300D oxford

Type: Woven oxford

Finish: Anti-UV

Width: 57/58"

Weight: about 210gsm (typical; confirm before sampling)

Feature: Recycled 300D oxford, anti-UV for car covers, umbrellas and canopies

Use: Car covers, umbrellas, canopies and related outdoor covers

Model: KIGI-rPET-OXFORD-300D-UV

Factory Ref.: JYHZ230221120

Supply Type: Make-to-Order

Color: Customized Color

Sample: Free Sample, Freight Collect

MOQ: 1000m / color (usual)

Payment: TT (30% Deposit), L/C

Origin: China

Transport Package: Plastic Package

Q: What does 300D oxford mean?

A: It is a 300 denier polyester oxford construction commonly used for durable outdoor covers such as car covers, umbrellas and canopies.

Q: Is this fabric recycled?

A: Yes — the public composition is 100% recycled polyester. We can support recycled content documentation aligned to your brand requirement on request.

Q: What does anti-UV mean on this style?

A: An anti-UV finishing / construction path for sun-exposed cover programs. Exact UV or UPF values are confirmed to your target test method before bulk — do not treat the name alone as a lab certificate.

Q: Typical weight for KIGI-rPET-OXFORD-300D-UV?

A: About 210gsm. Finished gsm can shift slightly with dyeing and finishing — we confirm on the finished lot before bulk.

Q: What applications suit this fabric?

A: Car covers, umbrellas, canopies and related outdoor cover programs that need recycled 300D oxford with anti-UV performance.

Q: What is the MOQ and sample policy?

A: Usual MOQ is 1000m per color. Stock or lab dips may be smaller; free sample with freight collect is available for qualified inquiries.

Q: Why choose KIGI for this program?

A: KIGI supports brand programs with quality assurance, one-stop service from fabric to finished garments, directed custom development to your target, and production visibility so you can follow order status in real time.