ABOUT VORTEX

What is VORTEX?

VORTEX is the spinning machine developed by Murata Machinery Ltd., and also the yarn made out of these machines.
VORTEX yarn has many applications and enjoys good reputation, thanks to the unique yarn characteristics.

VORTEX spinning machine

VORTEX yarn is created from new and unique spinning technology
- VORTEX air flow.

Twist structure of VORTEX yarn

Ring:The inside and the outside of yarn are made up of different fibers. VORTEX Yarn:All fibers start from the center of the yarn and run outward.
FEATURE 01

Less hairiness

Each & every fiber in VORTEX yarn tends to be in the center and wraps up to the surface by the air.
This structure leads to the fact about "least hairiness" amongst all spinning systems.
Least hairiness reduces the fluff and dust generation in next process.
Printing and dyeing also take advantage of these characteristics.

Its clear appearance symbolizes the finest characteristics of VORTEX

Photograph 1 : Yarn comparison
VORTEX
Ne38/1 (16/1tex)Carded cotton of VORTEX
Ring
Ne38/1 (16/1tex) Combed cotton of Ring yarn
Photograph 2 : Comparison in Cotton fabric
VORTEX
Ne 38/1(16/1 tex)Carded cotton fabric of VORTEX
Ring
Ne 38/1(16/1 tex)Combed cotton fabric of Ring yarn

Comparison of hairiness Carded Cotton 100% Ne 30

The number of hairiness per 100m measured by Zweigle G565, Japan

Comparison of hairiness Polyester 100% Ne 30

The number of hairiness per 10m measured by Zweigle G565, Japan

Lint Shedding at cotton 100%

Lawson-hemphil : Lint Tester
Testing speed 150m/min

FEATURE 02

Resistance to pilling

Pilling is a phenomenon where fibers are twisted into ball-like structures by friction between the surface of a fabric and another fabric or object. Because VORTEX has less long hairs and is naturally stable due to its structure, the fibers are secure from movement resulting in reduced pilling.

See the feature of resistance to pilling.

Pilling test results using ICI method

Single Jersey (plating; rayon Ne30/1 +polyurethane 40d)

■ Wale
VORTEX
(pilling rate 3.5)
Ring
(pilling rate 1.0)
■ Course
VORTEX
(pilling rate 3.5)
Ring
(pilling rate 1.0)

Pilling test results using the random tumbling method

Single Jersey (plating; rayon Ne30/1 +polyurethane 40d)

VORTEX
(pilling rate 4.5)
Ring
(pilling rate 1.0)

Photograph 1 : Comparison of pilling(Knitting)

Single jersey: Ne 30/1 (20/1 tex) Ne 30/1 (20/1 tex)
VORTEX
Ring
OR-ROTOR
Single jersey: Ne 30/1 (20/1 tex) PE50/C50
VORTEX
Ring
Single jersey: Ne 30/1 (20/1 tex) Tencel 100%
VORTEX
Ring

Photograph 2 : Comparison of pilling(Weaving)

200-count sheet: Ne 41/1 (14/1 tex) PE50/C50
VORTEX
Ring

Comparison of pilling
Carded cotton 100%(US upland)

Single Jersey: Ne 30/1 (20/1 tex), 28 gauge
Double Pique: Ne 40/2 (15/2 tex), 18 gauge
Interlock: Ne 40/1 (15/1 tex), 24 gauge
Rib: Ne 20/1 (30/1 tex), 14 gauge, 1 x 1 rib
Random pilling test 60 min exposure (ASTM), U.S.

Comparison of pilling
Polyester/Cotton blend

SingleJersey: Ne 30/1 (20/1 tex) PE50/C50
200-count sheet: Ne 41/1 (14/1 tex) PE50/C50
ICI pilling test (JIS L 1076)
10 hours for weaving, 5 hours for knitting, Japan

FEATURE 03

Wash resistance

VORTEX yarn has less lint shedding, less fabric shrinkage, less fabric skew and less color loss caused by repeated wash and dry, when compared with the yarn by other spinning process.

See the feature of wash resistance.

After five washing and drying cycles
- knitting fabrics (Rib)
VORTEX
Ne40/1 (15/1tex)
Rayon 100% of VORTEX
Ring
Ne40/1 (15/1tex)
Rayon 100% of Ring yarn
After five washing and drying cycles
-cotton 100% pile (Terry Towel)
VORTEX
Ne13/1 (45/1tex)
Carded cotton of VORTEX
OE-ROTOR
Ne13/1 (45/1tex)
Carded cotton of OE-Rotor yarn
After twenty washing and drying cycles
- knitting fabrics
VORTEX
Ring
OR-ROTOR

Single Jersey Ne30/1 (20/1tex) Rayon 100%

Comparison of fabric shrinkage after laundering.

Single Jersey
Combed Cotton 100% Ne40/1 (15/1tex)
JIS L1018D Method, Japan

Comparison of fabric skew after laundering.

Single Jersey
Combed Cotton 100% Ne40/1 (15/1tex)
JIS L1018G Method hang-dry, Japan

Fabric color retention after laundering (Color Loss)

Polyester 100% Ne12/1 (50/1tex)
AATC Test Method 61, U.S.

5.0=Negligible or no color alteration
4.0=Slight color change
3.0=Noticeable color change
2.0=Considerable color alteration
1.0=Much color alteration

Less Lint shedding

Towels made from VORTEX yarn shed less lint than towels made from Ring yarn.
Additionally, a VORTEX yarn towel maintains its bulkiness longer than that made out of Ring yarn, even after repeated washing.

Cotton 100% pile Ne 20/1 (30/1 tex)
Lint shedding rate: Accumulated lint(tested at Japan Towel Inspection Foundation)

FEATURE 04

Fine printing

VORTEX yarn has less hairiness, thanks to its unique yarn structure.
This ensures clear printing on the fabrics.

Printed samples

A jersey fabric of Ne30 VORTEX yarn (rayon 92%, polyurethane 8%). A product of Turkey using digital printing.

Weaving, using an Ne40 Rayon yarn of VORTEX. A product made in Brazil with digital printing.

Also, note the clarity of the printed border on the polo shirt. A product of Ne30 100% cotton VORTEX yarn manufactured by an apparel maker in Brazil.

Printed Items

Comparison between VORTEX
printed fabric and RING printed fabric

Single Jersey Ne30 Rayon 100%

VORTEX
Ring
FEATURE 05

High water absorption

VORTEX yarn has parallel fibers in the center with lot of air pockets.
This structure leads to higher water absorption.

Water absorption index of a towel

Towels made out of VORTEX yarn has better water absorption capability compared to that of Ring spun yarn.

Cotton 100% pile Ne 20/1 (30/1 tex)
Absorption index: according to the absorption test of the High Absorption Fabric Council
(tested at Japan Towel Inspection Foundation)

Comparison of water absorption with Rayon yarn

Experimental result by Byreck Method (after 14 hours)

Rayon 100% Ne30
*The figures in parentheses indicate the number of twists (Twists/m) for RING yarn and the spinning speed (m/min) for VORTEX yarn.