Carding is the second step of spinning process.Here different important specifications which are fundamental for the spinning student is compiled together. hope every one will learn something from it.
.Here different important specifications which are fundamental for the spinning student is compiled together. hope every one will learn something from it.
Drawing (draw frame) is the third step of spinning process.Here different important specifications which are fundamental for the spinning student is compiled together. hope every one will learn something from it.
Carding is the second step of spinning process.Here different important specifications which are fundamental for the spinning student is compiled together. hope every one will learn something from it.
.Here different important specifications which are fundamental for the spinning student is compiled together. hope every one will learn something from it.
Drawing (draw frame) is the third step of spinning process.Here different important specifications which are fundamental for the spinning student is compiled together. hope every one will learn something from it.
Long staple spinning is not familiar to Bangladeshi perspective .Except jute we don't produce any long staple product(Only NZ Textile does some in small scale).Here different important specifications which are fundamental for the spinning student is compiled together. hope every one will learn something from it.
Le fait d'ajouter plus d'informations (description, mots-clés, catégorie) permet de rendre votre contenu plus facile à trouver. Plus vous ajoutez des informations, plus votre contenu est facile à trouver.
The document discusses the blow room process in the textile industry. It begins with an introduction of the presenters and topic. Then, it describes the basic functions of a blow room as opening, cleaning, mixing and forming laps of fiber. It provides details on various blow room technologies used like Blendomat, Axiflow cleaner, mixer, and dust removal systems. Finally, it outlines the components and functions of a modern blow room line and carding machine.
The document describes the components, process flow, features, settings, production capacity, and lap parameters of a TRUSTZSCHLER blow room line. The blow room line uses machinery from TRUSTZSCHLER and ZFA017 and has components like a feed lattice, creeper lattice, incline lattice, evener roll, cleaner roll, steeping roll, Krishner beater, cage, shell lattice, and piano roller. Material flows through these components from the feed lattice to the shell lattice. The line is capable of producing 1700kg of lap per 8-hour shift and has settings for clearances between components.
The document discusses the blow room process in yarn manufacturing. It begins by stating that the blow room is the first step and bales of fiber are opened and prepared for processing. It then outlines the aims to understand the major blow room operations, machinery principles, and proper layout. The document proceeds to describe the basic blow room processes of opening, cleaning, dust removal, blending, and even feed to the card. It also discusses the operating zones and sequence of machines in the blow room like bale openers, step cleaners, mixers and how they perform opening, blending and preparation of fiber for subsequent processes.
This document provides an introduction and overview of the Rieter modern blowroom line. It describes the individual machines that make up the line including the bale opener, pre-cleaner, homogenous mixer, storage and feeding machine, condenser, and card. For each machine, it provides photos, features, and functions. The blowroom line is designed to efficiently process raw materials from bale to sliver in a sequential series of machines to produce uniform and cleaned fibers.
Long staple spinning is not familiar to Bangladeshi perspective .Except jute we don't produce any long staple product(Only NZ Textile does some in small scale).Here different important specifications which are fundamental for the spinning student is compiled together. hope every one will learn something from it.
Le fait d'ajouter plus d'informations (description, mots-clés, catégorie) permet de rendre votre contenu plus facile à trouver. Plus vous ajoutez des informations, plus votre contenu est facile à trouver.
The document discusses the blow room process in the textile industry. It begins with an introduction of the presenters and topic. Then, it describes the basic functions of a blow room as opening, cleaning, mixing and forming laps of fiber. It provides details on various blow room technologies used like Blendomat, Axiflow cleaner, mixer, and dust removal systems. Finally, it outlines the components and functions of a modern blow room line and carding machine.
The document describes the components, process flow, features, settings, production capacity, and lap parameters of a TRUSTZSCHLER blow room line. The blow room line uses machinery from TRUSTZSCHLER and ZFA017 and has components like a feed lattice, creeper lattice, incline lattice, evener roll, cleaner roll, steeping roll, Krishner beater, cage, shell lattice, and piano roller. Material flows through these components from the feed lattice to the shell lattice. The line is capable of producing 1700kg of lap per 8-hour shift and has settings for clearances between components.
The document discusses the blow room process in yarn manufacturing. It begins by stating that the blow room is the first step and bales of fiber are opened and prepared for processing. It then outlines the aims to understand the major blow room operations, machinery principles, and proper layout. The document proceeds to describe the basic blow room processes of opening, cleaning, dust removal, blending, and even feed to the card. It also discusses the operating zones and sequence of machines in the blow room like bale openers, step cleaners, mixers and how they perform opening, blending and preparation of fiber for subsequent processes.
This document provides an introduction and overview of the Rieter modern blowroom line. It describes the individual machines that make up the line including the bale opener, pre-cleaner, homogenous mixer, storage and feeding machine, condenser, and card. For each machine, it provides photos, features, and functions. The blowroom line is designed to efficiently process raw materials from bale to sliver in a sequential series of machines to produce uniform and cleaned fibers.
This document summarizes the key machines and processes in a Trützschler blow room system. It describes the main components which include an automatic bale opener, tufting system, metal detector, mixer, cleaner, and control system. It provides details on the features and functions of each machine, highlighting their roles in opening, blending, cleaning, and preparing raw fibers in an efficient and high quality manner. The overall blow room setup is designed to remove 40-70% of trash from raw cotton and produce a homogeneous blended tuft for downstream spinning processes.
The document discusses the key processes that take place in the blowroom of a yarn production facility. These include opening bales of fiber, cleaning the fiber through pre-cleaning and fine cleaning, removing dust, blending different fiber types, and evenly feeding the prepared fiber to the carding process. The goal of blowroom processes is to prepare fibers for subsequent processing while minimizing fiber loss and maintaining fiber quality.