Textile Machinery Product Focus

RXI240e (Basic)
More than a million spindles working successfully

RXI240e (BASIC) Specifications:

Maximum no. of spindles	1200
Spindle gauge	70mm
Spindles per staff	8
Spindle Speed	Max 25,000 rpm (mechanically)
Spindle driving system	4 Spindle tape drive
Lift	160 / 170 / 185 mm
Spindle Type	With CS1 and CS1S Insert
Wharve Diameter	18.5 mm
Spindle Speed regulation	By Inverter
Spindle Taper	1:40
Draft System	3 line, 2 zone double apron
Bottom Apron type	Short Bottom Apron
Weighting arm	PK 2025 / PK 2035, PK 2130 / PK 2135
Yarn Count	Ne 10 ~ 120

For More Specifications............

Read more »

Oerlikon Neumag is the leading world-wide supplier of M&J Airlaid Technology. The core of the Airlaid Technology is the patented Fibre Forming System that enables the production of wide width webs based either on 100% pulp fibres or homogeneous mixtures of different fibres and powders. Typical raw materials are fluff pulp, Bicomponent bonding fibres and Super Absorbent Powder for absorbent core material.

Airlaid Technology

The M&J Airlaid Technology is extremely flexible with regard to which raw materials and fibre lengths can be used and combined in the same process. The Patented Forming technology enables the mixing of different short and long fibres and powders in the same forming head where the components are homogeneously mixed before formation. Due to the formation geometry this homogeneous mix is maintained during web formation, ensuring optimal use of all the components in the web. This means that webs can be engineered with specific end uses in mind. Whether it is single or multilayer products each layer can be designed to meet the needs at that particular place in the web, for instance acquisition, spreading and absorption layers. The ability to mix powders homogeneously into the web also means that bonding powders can be used in the process. A most important feature of the Airlaid Technology is the ability to produce products free of undefibrated material and lumps of rolled up fibres. These are removed from the forming head and recycled to the defibrators before the web is formed.



Continue Reading At............

Read more »