R&BD Cooperation

Introduction to R&BD cooperation project models

R&BD Cooperation Project

Slide Cooperation for global marketing Electro Spinning System, Nanofiber Separator Customers Cooperation for long-term research and development analysis cooperation viscometer, analysis cooperation Ion coater

Slide Cooperation for global marketing
Electro Spinning System, Nanofiber Separator Customers Cooperation for long-term research and development analysis cooperation viscometer, analysis cooperation Ion coater

Slide Nanofiber Electrospinning, Meltblown Spinning System Nano web: World-class mass-production technology
Membrane manufacturing technology
Protection under patent rights
Source technology for melt-blowing processes
 Basic science & applied technology Basic R&D ability
Holder of nanofiber manufacturing source technology
Nanofiber Electrospinning, Meltblown Spinning System The level of equipment engineering & mass-production: Global competitiveness
Global level of processes
Production technology based on safety and quality control
Engineering & production technology Equipment design, manufacturing and engineering ability
Able to sequentially use research & development and mass-production technology
 Cooperation strategy

Slide Nanofiber Electrospinning, Meltblown Spinning System Nano web: World-class mass-production technology
Membrane manufacturing technology
Protection under patent rights
Source technology for melt-blowing processes
 Basic science & applied technology Basic R&D ability
Nanofiber manufacturing source technology
Nanofiber Electrospinning, Meltblown Spinning System The level of equipment engineering & mass-production: Global competitiveness
Global level of processes
Production technology based on safety and quality control
Engineering & production technology Engineering & production technology
Equipment design, manufacturing and engineering ability
Able to sequentially use research & development and mass-production technology
 Cooperation strategy
Nanofiber Production, Nanofiber Electrospinning

Business cooperation based on mass-production ability and fast response

pitch based ACF system, snt spinning system

- Cooperation based on large-scale and long-term R&D and mass-production ability - High barriers to entry
(Conglomerates: speed competitiveness, small & medium-sized companies: mass production)

Nanofiber Separator, Nanofiber Production

Concurrent and sequential process development in consideration of mass production from the research and development stage

Electro Spinning System, Nanofiber Separator

- Shorten the commercialization period by improving productivity and providing innovative services for equipment
- Ability to develop basic materials with merchantability and price competitiveness and extensive application

Cooperation projects

Technology competitiveness

R& BD (Research & Business Development) will be completed based on six major technology competitiveness retained by SNT Inc.

R&D

- Activated Carbon fiber / Carbon nanofiber
- Nanofiber Separator
- Heat-exchanger membrane

Machine Development

- Electro-(blown) spinning system
- Melt-blown spinning system
- Heat-treatment system

Patented Technology

- Electro-blown spinning
- Activated carbon nanofiber
- Artificial leather
- Composite nonwoven

Process Control

- Process Hazard Analysis (PHA)
- Process Safety Management (PSM)
- Safety Health Environment (SHE)
- Layered Process Audit (LPA)

Global Production Cooperation

- Nylon/PAA Nanofiber (DP)
- Nanomedia (Liquid Filter) (CF)
- Activated Carbon fiber (GC)
- Hybrid NW / Chitosan fiber (NT)

Quality Control

- PPAP (Production part approval process)
- FMEA (Failure Mode & Effect Analysis)
- MSA (Measurement System Analysis)
- WI (Work Instrument)

Background of technologies

Our company’s technical capabilities begin with the synergy effects created when three technologies (polymer science & technology, engineering technology and application control technology of nano materials) are retained at the same time.

Slide Polymer
Science Understanding on the properties of inorganic materials including organic polymers, carbon materials and ceramics determining the physicochemical characteristics of nano fibers and approach methods Nano characterization technology
Polymer science
 Design
Engineering Equipment design/ production
Test methodology
 Establishment and improvement of mass-production technology
Innovation/ development of applications
 Nano
Application
control Commercial mass-production ability for stable production under harsh environments pitch based ACF, pitch based ACF system Nano fiber shape by material property
Control equipment self-manufacturing ability

Slide Polymer
Science Understanding on the properties of inorganic materials including organic polymers, carbon materials and ceramics determining the physicochemical characteristics of nano fibers and approach methods Nano characterization technology
Polymer science Design
Engineering Commercial mass-production ability for stable production under harsh environments Equipment design/ production
Test methodology Establishment and improvement of mass-production technology
Innovation/ development of applications
 Nano
Application
control Nano fiber shape by material property
Control equipment self-manufacturing ability pitch based ACF, pitch based ACF system