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Leading Hollow Fiber Membrane Spinning Machine and Spinneret Manufacturer - Trustech

Trustech Braided Tube Reinforced Hollow Fiber Membrane Spinning Machine
Trustech NIPS Hollow Fiber Membrane Spinning Machine
Trustech NIPS Hollow Fiber Membrane Spinning System
Trustech Braided Tube Reinforced Hollow Fiber Membrane Spinning Machine
Trustech NIPS Hollow Fiber Membrane Spinning Machine
Trustech NIPS Hollow Fiber Membrane Spinning System

Hollow Fiber Membrane by Trustech-1

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Product details of the hollow fiber membrane


Product Overview

We design and develop Trustech hollow fiber membrane beyond industry standards. The quality of the product has been greatly assured by out stringent process quality control system. The hollow fiber membrane managed by Trustech is widely used in industry. With the development of society, our hollow fiber membrane are also manufactured to meet the higher demands of customers.


Product Description

Trustech's hollow fiber membrane is perfect in every detail.

Core sections of a NIPS production line NIPS

Hollow Fiber Membrane by Trustech-1 4  Dope preparation system

Control parameters: dissolution temperature, stirring speed, deaeration time, and vacuum level. Ensure a homogeneous, bubble-free dope to avoid internal fiber defects.

Hollow Fiber Membrane by Trustech-1 5  Metering and extrusion systemControl parameters: metering pump flow accuracy, spinneret orifice size and temperature, bore fluid flow rate and pressure. The spinneret orifice directly affects fiber diameter; bore fluid flow must be matched to the dope to prevent fiber collapse.

Hollow Fiber Membrane by Trustech-1 6  Coagulation and forming systemControl parameters: coagulation bath temperature, composition, and liquid level; washing temperature and time to avoid fiber shrinkage. Washing must thoroughly remove residual solvent to prevent membrane performance degradation.

Hollow Fiber Membrane by Trustech-1 7  Post treatment and take-up system

Control parameters: draw ratio, drying temperature and time, winding tension. The draw ratio should be controlled at 1.5–3× to enhance mechanical properties;drying temperature should be tailored to the material to avoid embrittlement from overdrying. 

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Key control parameters 

Core Sections

Parameters

Dope Preparation System

 

Temperature

60°C(constant stirring for 8 hours)

Material Ratios

PVDF 17.5%: NMP 67.5%: PEG 13.5%;

Degrassing Time

Stand for 10 hours  (to ensure no bubble defects)

Metering And Extrusion System

 

Metering Pump Accuracy

±0.5%

Nitrogen Pressure

0.35 MPa

Spinneret Orifice Diameter

2.8/2.2/1.9 mm

Spinning Speed

18 m/min

Coagulation And Forming System

 

Air Gap Length

11cm

Coagulation Bath Temperature

26°C

Coagulant Composition

Water

Dual-diffusion Time

Controlled by adjusting speed

Post-treatment and Take-up System

 

Washing Requirement

Residual Solvent < 0.1%

Drying Method

Hot Air at 62 °C

Draw Ratio

1.2× (increases tensile strength to >0.4 MPa)

Winding Speed

18 m/min

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Suitable Materials 

Hollow Fiber Membrane by Trustech-1 10  PVDF (Polyvinylidene Fluoride)

Hollow Fiber Membrane by Trustech-1 11  CA (cellulose acetate)

Hollow Fiber Membrane by Trustech-1 12  PVC (Polyvinyl chloride)

Hollow Fiber Membrane by Trustech-1 13  PES (Polyethersulfone)

Hollow Fiber Membrane by Trustech-1 14  PSF/PSU (Polysulfone)

Hollow Fiber Membrane by Trustech-1 15  PA (Nylon, Polyamide)

Hollow Fiber Membrane by Trustech-1 16  PAN (polyacrylonitrile)

Customer Membrane Examples

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Brief Introduction

Trustech is a leading company that specializes in the research, development, and manufacturing of hollow fiber membrane spinning machines and spinning spinnerets. These spinning machines and spinning spinnerets have extensive applications across various industries including water purification, gas separation, hemodialysis, ECMO (Extracorporeal Membrane Oxygenation), food and beverage processing, biotechnology, and chemical engineering, among others. 

Trustech is not only at the forefront of hollow fiber membrane spinnerets which develop FCT 5th - 8th generation technology, but also leading hollow fiber membrane spinning machine and flat sheet membrane casting system. Backed by outstanding R&D and quality, Trustech holds China’s high-end market, upgraded spinning systems to enhance precision and stability, and engineered key subsystems including the SteadyiCore Ultra 2.0 Heating system,TitanMix Pro 4.0 Mixing system, PrimeGlider Pro 3.0 Automatic pay-off, SmartCoil Elite 3.0 Automatic winding and StoutDrive 2.0 motor drive setup. These advances of spinning machine and spinneret improved spinning system stability, reduced commissioning and production downtime, and increased overall spinning efficiency by 11.4% compared with before the improvements. 

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FAQ

1
What is the Non-solvent Induced Phase Separation method?
Non-solvent induced phase separation (NIPS) is a process in which a polymer is dissolved in a solvent to form a homogeneous solution. An extracting agent that is more miscible with the solvent is then added to extract the solvent, forming a two-phase structure where the polymer is the continuous phase and the solvent is the dispersed phase. The solvent is subsequently removed to obtain a new polymer with a specific pore structure.


Company Introduction

With years of engagement in the design, production, and sales of hollow fiber membrane, Shanghai Trustech Technology Development Co., Ltd. has achieved remarkable improvement in providing innovative products. Our products enjoy high reputation at home and overseas, and they have been sold to many countries so far mainly due to the high quality. We are an integrity-based company. This means we steadfastly prohibit any illegal behavior. Under this value, we do not make a material misrepresentation of facts concerning a good or service.
We are willing to go hand in hand with you to create a better future.

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we welcome custom designs and ideas and is able to cater to the specific requirements. for more information, please visit the website or contact us directly with questions or inquiries.
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