Attendance Information
Exhibition: 20th Anniversary Industry-wide International Textile and Apparel Exhibition
Date: September 29–October 1, 2026
Venue: IEC Crocus Expo, Pavilion 2, Halls 9 and 10, Moscow, Russia
Booth: Hall 10, Pavilion 2, Booth 10D22
Company: Zhejiang Kangjiesi New Material Technology Co., Ltd.
Main Products: Covered Yarn, Rubber Yarn, Spun Yarn, Nylon Yarn, Antislip Yarn
Introduction
Zhejiang Kangjiesi New Material Technology Co., Ltd. will attend INTERFABRIC 2026 Autumn in Moscow from September 29 to October 1, 2026. The exhibition will bring together textile manufacturers, fabric suppliers, garment companies, distributors, and buyers at Crocus Expo.
At Booth 10D22 in Hall 10, Kangjiesi will present five main yarn product categories: Covered Yarn, Rubber Yarn, Spun Yarn, Nylon Yarn, and Antislip Yarn. The display will focus on yarn structures, material combinations, elasticity, surface performance, and their use in different textile production processes.
For buyers sourcing elastic yarn, functional yarn materials, and textile yarn from China, the exhibition will provide an opportunity to discuss specifications, application requirements, packaging, and customized production directly with the Kangjiesi team.
What Is INTERFABRIC 2026 Autumn?
INTERFABRIC 2026 Autumn is scheduled for September 29–October 1, 2026, at Crocus Expo in Moscow. The exhibition will cover textile and apparel materials, knitted fabrics, technical textiles, textile equipment, and related products.
The event provides a B2B platform where textile manufacturers and buyers can compare materials and discuss production requirements. For yarn suppliers, it is also an opportunity to present different yarn structures and material combinations according to downstream knitting, weaving, hosiery, garment, and functional textile applications.
What Textile Applications Can These Yarns Support?
The five product categories will cover different stages and requirements in textile production.
| Product | Main Performance Focus | Typical Applications |
|---|---|---|
| Covered Yarn | Elasticity, stretch and recovery | Hosiery, underwear, sportswear, seamless garments |
| Rubber Yarn | Elastic deformation and recovery | Elastic fabrics, tapes, garments, hosiery |
| Spun Yarn | Fiber structure, yarn count and handle | Knitting, weaving, garments, fabric production |
| Nylon Yarn | Strength, flexibility and abrasion resistance | Hosiery, gloves, shoe uppers, knitted fabrics |
| Antislip Yarn | Surface friction and grip | Gloves, socks, functional textile products |
This product structure allows buyers to compare different yarn materials according to the requirements of their own textile production rather than selecting yarn only by product name.
What Products Will Kangjiesi Present?
Kangjiesi will focus on five product categories at this exhibition. Each product will be presented with its material characteristics, processing applications, and available specification options.
Covered Yarn
Covered Yarn is produced by combining an elastic core with a covering filament or yarn. The covering layer controls the external yarn structure, while the elastic core provides stretch and recovery. Based on the covering method and yarn structure, Kangjiesi offers three main types: Single Covered Yarn, Double Covered Yarn, and Air Covered Yarn. Each construction provides different control over elasticity, coverage, yarn bulk, and fabric performance.
Kangjiesi supplies Covered Yarn for textile applications where controlled elasticity and yarn recovery are required. Buyers can discuss parameters such as yarn denier, material combination, twist direction, elasticity, package configuration, and end-use requirements. Single Covered Yarn uses one covering yarn around the elastic core, while Double Covered Yarn uses two covering yarns for increased coverage and structural stability. Air Covered Yarn combines the elastic core and covering yarn through an air-jet process, creating a different yarn structure and surface effect.
Typical applications include hosiery, underwear, seamless garments, sportswear, elastic fabrics, gloves, shoe uppers, and elastic tapes.
Rubber Yarn
Rubber Yarn uses an elastic rubber core to provide stretch and recovery for textile structures. Its performance is influenced by rubber size, covering material, yarn construction, and the required extension level.
At the exhibition, Kangjiesi will introduce Rubber Yarn for applications requiring elastic deformation during wearing, stretching, or repeated movement. Buyers can discuss yarn specifications according to knitting structures, elastic tapes, garments, hosiery, and other stretch textile products.
Spun Yarn
Spun Yarn is manufactured from staple fibers that are drafted and twisted into a continuous yarn structure. Fiber type, yarn count, twist, and spinning process affect its strength, handle, surface appearance, and processing behavior.
Kangjiesi will display Spun Yarn for textile production where staple-fiber yarn characteristics are required. Product specifications can be discussed according to knitting, weaving, garment production, and fabric construction requirements.
Nylon Yarn
Nylon Yarn is a synthetic filament yarn used in textile structures that require a combination of tensile strength, abrasion resistance, flexibility, and low yarn mass.
Kangjiesi will present Nylon Yarn for applications including hosiery, knitting, elastic fabrics, garment components, shoe uppers, gloves, ribbons, and other textile products. Buyers can discuss denier, filament configuration, color, package size, and downstream processing requirements.
Antislip Yarn
How Does Kangjiesi Support Custom Yarn Production?
Kangjiesi has more than 20 years of yarn production experience and focuses on covered yarn and related textile yarn manufacturing. Its production scope includes the five product categories presented at INTERFABRIC 2026 Autumn.
For customized orders, the manufacturing process can begin with the buyer's target application and yarn specification. Material combinations, denier, elasticity, color, package configuration, and other parameters can then be defined before production.
Production control also considers yarn tension, elasticity consistency, package formation, and batch-to-batch specification stability. These factors can directly affect yarn feeding, knitting performance, fabric structure, and finished-product dimensions.
