Premium Quality
REF: T2S-4C
car ventilation 3D T2S-4C
Featuring an ultra-open oval mesh structure, this 10.1mm 3D mesh fabric delivers exceptional airflow, quick drying performance, stable rebound, and lightweight support for ventilation-focused applications.
Standard lead time: 15-25 days
The 10.1mm thick 3D mesh fabric features large 10mm × 8mm oval through-holes on both front and back surfaces, allowing direct airflow through the structure without spacer yarn blocking ventilation performance.
The open-through mesh design provides excellent breathability and rapid heat dissipation, making it suitable for car ventilation seat layer and cooling mattress pad applications where continuous airflow is required.
The spacer layer uses a limited amount of high-resilience monofilament, reducing internal airflow resistance while maintaining stable support and preventing the fabric from collapsing after repeated compression.
With quick drying performance after washing and balanced cushioning support, this fabric is suitable for mattress ventilation layer, automotive seat cover, and seat cushion core applications requiring comfort, ventilation, and long-term durability.
Technical Specifications
Yarn Specifications
| Type | Face | Middle | Bottom |
|---|---|---|---|
| FDY | 300D | 28S | 300D |
Frequently Asked Questions
Technical specifications, application guidance, and ordering information for Mefiss high-performance spacer mesh solutions.
Why is this 3D mesh fabric suitable for car ventilation seat layer applications?
The large 10mm × 8mm oval through-holes create an extremely open airflow structure, allowing air to pass through the seat layer efficiently. This helps improve ventilation and heat dissipation for automotive seating systems.
What is the advantage of using fewer spacer monofilaments in this fabric?
The reduced spacer filament density minimizes airflow obstruction while maintaining sufficient rebound support. This design creates a balance between high breathability and stable three-dimensional structure.
Can this fabric be used as a mattress ventilation layer?
Yes. The open mesh structure allows continuous air circulation inside mattress systems, helping reduce heat and moisture buildup. Its stable support performance makes it suitable for mattress ventilation layer applications.
Can this fabric be developed into finished automotive and home textile products?
Yes. This fabric is suitable for products such as automotive seat covers, ventilation cushions, and breathable mattress components. For related finished textile products, our own hometextile factory, Mefiss Hometex, can provide complete solutions from product development to manufacturing.
How do you control fabric quality before finishing?
After knitting, the greige fabric is inspected before entering heat setting and dyeing. We check defects such as holes, broken yarn, missed stitches, uneven mesh holes, oil stains, and stop marks.
Only qualified greige fabric can enter the next process. This is important because finishing cannot fully fix structural defects from knitting.
How do you control width, GSM, and thickness in bulk production?
Each fabric has process records, including yarn specification, yarn count, needle arrangement, setting temperature, speed, width, and tension. During finishing, we check actual width, GSM, thickness, mesh shape, handfeel, and elasticity.
For fabrics like BD2D-11B, BD2-6N6, and BC2-6B3, process stability is especially important because handfeel, stretch, and thickness are key performance points.
Still have questions?
Application Scenarios
Discover how spacer mesh performs across different industries
Pet Products
For pet products, our spacer mesh fabric and 3D mesh fabric help create items that are lighter, more breathable, and more comfortable in daily use. They are suitable for harnesses, saddle pads, and pet carriers that need airflow, resilience, and lasting durability.
Hometextile Products
For home textile products, our spacer mesh fabric and 3D mesh fabric help create bedding with better airflow, stable support, and lasting comfort. They are widely used in mattress top layers, inner support layers, mattress pads, and pillows to reduce stuffiness and improve sleep performance.
Medical Products
For medical products, our spacer mesh fabric and 3D mesh fabric help improve comfort, airflow, and support in daily care use. They are suitable for masks, wheelchair cushions, slings, and other products that require breathability, resilience, durability, and easy-care performance.
Customer Case Studies
Real-world applications and success stories
Testing & Certifications
Quality assurance through rigorous testing standards
OEKO-TEX Certification
Certified dyeing factory meets OEKO-TEX Standard 100 Class I requirements for harmful substances control, ensuring baby-safe and skin-friendly fabric usage. Certificate No. BJ015198008
ISPA Membership Certification
Company is a certified member of International Sleep Products Association (ISPA), demonstrating industry recognition and strong involvement in global bedding market. Membership No. 1038008
Anti-Mite Performance Test
Fabric shows effective anti-mite performance tested under GB/T 24253-2009 method, helping reduce allergens and improve sleeping environment safety. Report No. 240359070
Production Process
Advanced manufacturing processes ensuring consistent quality
Warping
Yarns are arranged in order and prepared for knitting, which helps build a stable foundation for fabric quality.
Spacer Mesh Knitting
The fabric is knitted into a three-dimensional spacer structure that gives it breathability, cushioning, and support.
Greige Fabric Inspection
Before dyeing and finishing, we inspect the greige fabric carefully to check appearance, mesh consistency, and possible defects.
Heat Setting Process
This step improves dimensional stability and helps control width, thickness, mesh shape, and fabric handfeel.
Dyeing & Finishing
The fabric is dyed and finished according to the product requirement, so the final material has the expected color and performance.
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