Wholesale Chamois Pad SK-F34 for Female Cyclists | B2B Manufacturer

Specification Details
Model SK-F34
Product Type Chamois Pad for Female Cyclists
Dimensions 32cm (Length) x 23cm (Width)
Thickness Profile 4.0mm (Edge) / 15.0mm (Mid & Back Core)
Core Materials 60kg/m³ Reticulated Foam + 3D Printed Insert
Fabric Composition 69% Polyamide, 16% Spandex, 15% Graphene
Suitable Duration 6-Hour to All-Day Riding

Share to:

Product Categories

Description

Wholesale Chamois Pad Sk F34 For Female Cyclists B2b Manufacturer (7)

SOKIND® SK-F34: Innovative 3D-Printed Chamois Pad for Female Cyclists

Transform Your Women’s Cycling Line with State-of-the-Art Comfort Technology

As a dedicated manufacturer of premium cycling apparel components, we understand that female riders require specialized anatomical support and superior moisture management. The SOKIND® SK-F34 represents the next generation of women’s saddle comfort. By merging a revolutionary 3D-printed inner core with VG+Graphene temperature-control fabric, this premium Chamois Pad for Female Cyclists provides your end-customers with an unrivaled, friction-free experience for endurance rides exceeding 6 hours.

🌟 Advanced Technical Features

Revolutionary 3D-Printed Insert: At the heart of the SK-F34 is a highly breathable, spiral-textured 3D-printed core. This cutting-edge structure delivers targeted shock absorption and resilience without the bulk of traditional high-density foams.

VG+Graphene Temperature-Control Fabric: The skin-contact layer is crafted from an elite blend of 69% Polyamide (Nylon), 16% Spandex, and 15% Graphene. This dynamic matrix offers exceptional high elasticity, rapid quick-dry capabilities, and natural antibacterial properties.

4-Layer Composite Construction:

1. Graphene top fabric for durability and hygiene.
2. 60kg/m³ Reticulated Foam core for exceptional base cushioning.
3. 3D Printing Core for structural, breathable shock absorption.
4. Moisture-wicking Sandwich Fabric base to maximize airflow and sweat evaporation.

Women-Specific 3D Stereo Cutting: Engineered using precise female anatomical data, the chamois features seamless edges and a contoured shape to eliminate friction and pressure points entirely.

Optimized Thickness Gradient: Designed for a flush, invisible fit within cycling shorts. The pad features 4.0mm tapered edges that smoothly transition to a supportive 15.0mm thickness at the primary load-bearing zones.

🏆 Core Benefits for Your Customers & Apparel Brand

All-Day Riding Companion: The unique combination of the 3D-printed core and reticulated foam effectively alleviates pressure on the sit bones, making it the ideal companion for both professional racing and all-day recreational cycling.

Eliminates Stuffiness & Odor: The highly breathable sandwich structure works with the graphene fabric to actively draw sweat away from the body. Riders stay cool, dry, and odor-free, significantly enhancing long-lasting freshness.

Zero-Friction Fit: The 3D precision cutting ensures the pad molds perfectly to the body’s natural curves, delivering a “second-skin” feel that prevents saddle sores and chafing.

High-Tech Brand Appeal: Upgrading your cycling bibs and shorts with 3D-printed chamois technology instantly boosts your product’s perceived value and positions your brand at the forefront of cycling apparel innovation.

Secure Your Supply Chain:

Partner with SOKIND® to integrate cutting-edge padding technology into your women’s cycling collections. Contact our foreign trade team today for wholesale pricing, B2B sample requests, and OEM integration details.

Mens Cycling Pads Manufacturer (1) Mens Cycling Pads Manufacturer (2) Mens Cycling Pads Manufacturer (3) Mens Cycling Pads Manufacturer (4) Mens Cycling Pads Manufacturer (5) Mens Cycling Pads Manufacturer (6) Mens Cycling Pads Manufacturer (7) Mens Cycling Pads Manufacturer (8) Mens Cycling Pads Manufacturer (9)

SEND INQUIRY NOW

en_USEnglish

INQUIRY NOW

Fill out the form below, and we will be in touch shortly.

INQUIRY NOW

Fill out the form below, and we will be in touch shortly.