KINTEC Company aims at supplying high quality indium-tin-oxide (ITO) coated glasses and other TCO substrates at a low price, which is particularly suitable for the academic and research purposes. More importantly, we provide ITO patterning service from small to large ITO glasses and plastic films, and fast international delivery service. We are also capable of volume production.

 

 

 

 

 

 


Our high quality ITO glasses can be employed as transparent conducting substrates for the applications of

 

  • Small-molecule Organic light-emitting diodes (OLED), (our sample devices)
  • Polymer light-emitting diodes (PLEDs),
  • Organic photovoltaic diodes (PVs),
  • Organic transistors (OTFTs),
  • Biosensors,
  • Electroluminescence devices,
  • Chip-on-glass (COG) and liquid crystal displays (LCD) (e.g. TN, STN)
  • ITO touch panels for LCDs, PDAs, cellphones, etc.
  • Transparent EMF/EMI/EMC/RFI/HF shielding, scanner windows
  • Flat antennas for mobile communication
  • Heatable slides and cover slips

 

We examine the ITO quality and test the corresponding performance in OLED/PLED devices.

 

Due to demand of advanced materials for next generation electronic applications, we supply various high quality materials, including sublimed organic electronic materials for the research of organic light-emitting diodes (OLED materials), solar cells, and transistors. Under standard device testing scheme, our EL materials are verified in terms of electroluminescence performance. For available OLED, OPV, OTFT materials, please contact sales@kintec.hk.

 

 

NEWS

(Feb 2009)

Recently, we extend our business to:

  • LCD panels (TN, STN prototypes for display applications)
  • Substrate / wafer carriers (Remark:  1.5” carrier for 25mm x 25mm samples)
  • Fluorine-Tin-Oxide substrates (FTO)
  • UV grade fused silica, single crystal quartz substrates (Double side polished)
  • Silicon wafers (polished Prime/ EPI / reclaim / test)
  • Inorganic particles (Si, ZnO, Au, Ag)
 

 

 

 

 

 

 

 

 

 

 

 

 

Main Products

1.  Substrates

Indium-tin-oxide coated glass

 

Indium-tin-oxide coated plastic film

 

Fluorine-tin-oxide coated glass

 

UV grade fused silica

 

Single crystal quartz

 

Silicon wafers (Prime /Test / Reclaim)

2.  Advanced Electronic Materials

Sublimed Organic small molecules

High purity Organic polymer

(suitable for OLEDs, OPVs, OTFTs)

 

Silicon, ZnO, Au, Ag, etc powders / nano-particles

 

Zinc oxide particles

3.  LCD prototypes

TN LCD panels

STN LCD panels

4.  Touch panels

4-wire, 5-wire, capacitive touch panels

5.  Sample containers

1.5” sample carriers (for a 25mm x 25mm slide)

1”, 2”, 3”, 4” wafer carriers

(anti-static carriers available)

6.  Cleaning

FPD and ITO glass detergents

 

 

Product Details

 

Indium-tin-oxide (ITO) coated substrates

 

  • Bare (unpatterned) indium-tin-oxide (ITO) glass

     (e.g. 15 ohm/sq.; 25 mm x 25 mm; < USD 1.5)

  • Patterned indium-tin-oxide (ITO) glass

     (e.g. 15 ohm/sq.; 25 mm x 25 mm; < USD 1.5)

  • Bare ITO coated plastic film [PET, PEN]
  • Patterned ITO coated plastic films [PET, PEN]

 

Discount       60 ohm/sq ITO coated PET film (0.125mm):

USD 15/pc (200mm x 5m) (min order 10 pcs)

USD 75/m2 (200mm x 100m)

 

ITO glass

Specifications

Product configuration

Glass / SiO2 buffer (~23 nm) / ITO

ITO coating

Magnetron sputtering

ITO patterning

Photolithography

Size

Any size up to 14” x 16”

Typical sheet resistance

(ohm/sq)

10, 15, 100, 250

(Others are also available for volume production)

Substrate thickness

0.4, 0.55, 0.7, and 1.1 mm

 

ITO plastic film

Specifications

Product configuration

Polyethylene terephthalate (PET) / ITO

PEN / ITO

ITO coating

Magnetron sputtering

ITO patterning

Lithography / Screen-printing

Size

Sheet / roll (width <=1200 mm)

Typical sheet resistance (ohm/sq)

6, 10, 14, 20, 50, 60, 100,

120, 150, 250, 300, 350, 450, 500

Substrate thickness

0.125, 0.175, 0.188, 0.21 mm

 

 

ITO Physical properties

ITO Work function

4.9 eV (UPS)

We offer consultation for ITO cleaning

4.8-4.9 eV (UPS)

(after exposed to Chloro-based solvents)

ITO thickness

Usually, up to 125 nm

Micro-roughness

RMS 1-2 nm (Digital Instrument 3100 AFM)

Optical transmission

> 85% at 555 nm.

 

 

Fluorine-tin-oxide (FTO) coated substrates

 

  • For solar/photovoltaics applications: e.g dye-sensitized cells, organic solar cells
  • For display applications: transparnt conducting electrode for top emitting displays
  • Others: heated glass, mirrors, computer screens, EMI/RFI shielding, oven windows, electro-optical, insulating applications
  • Bare and Patterned fluorine-tin-oxide (FTO) glass

 

  • FTO products: Pilkington FTO glass (TEC Glass), Nippon Sheet Glass FTO glass, Normal FTO glass

 

Pilkington FTO glass (TEC series) – for solar applications

Specifications

FTO glass manufacturer

Pilkington, USA

Size

Up to 14” x 16”

Typical sheet resistance (ohm/sq)

TEC#

ohm/sq

8

15

70

250

1000

1000

<= 9

<= 14

<= 80

<= 280

<= 3000

<= 5000

Substrate

Clear soda lime float glass

ASMT C-1036-91 or better

Substrate thickness

2.5 - 6 mm

Optical transmission

Daylight: 83 – 88 %

Solar: 61 – 81 %

Haze

TEC#

%

8

15

70, 250, 1000

> 2

< 0.7

< 0.5

Product features

Color neutral, low emissivity

Durable pyrolytic (hard coat) surface

Bendable

 

 

Nippon Sheet Glass FTO - for solar applications

Specifications

FTO glass manufacturer

Nippon Sheet Glass Co. Ltd., Japan

Size

<= 14” x 16”

Typical sheet resistance (ohm/sq)

< 13

Substrate

Soda lime float glass

Substrate thickness

3.1 +/- 0.2 mm

Visible transmission

> 77 %

Haze

>8 %

 

 

Normal FTO glass for solar applications

Specifications

FTO glass manufacturing

PRC

Size

Any size up to 7” x 8”

Typical sheet resistance (ohm/sq)

<15

Substrate

Clear soda lime float glass

Substrate thickness

2.2 mm

 

 

            Remark: Customer services including patterning are available. We can offer patterning service for your ITO substrates.

 

 

Sample / wafer carriers

 

  • Sample facing-down avoids any contact with sample surface
  • Retaining sample by spring minimizes particle generation
  • Lock-stacking by convenient screws: cover-on-tray, tray-on-tray
  • Stackable for efficiency use of storage space
  • Materials: Polypropylene (PP)

 

Feature product 1.5” (KT5-S15) Patent pending

  • Covers stackable allows set-to-set stacking
  • Lock-stacking cover-on-cover, tray-on-tray, cover-on-tray, tray-to-cover
  • Extremely large area on cover provides more space for labeling
  • Materials: polypropylene (PP), polyethylene (PE)
  • Anti-static material: Conducting polypropylene

 

 

Product code

Wafer size (inch)

Size (mm)

Description

Color

KT5-S1

1”

Dia. 33 x 10

Tray + cover + spring

White

KT5-S15T

KT5-S15C

KT5-S15S

1.5”

Dia. 48 x 11

(one set)

Tray

Cover

Spring

White

Black

KT5-S2

2”

Dia. 60 x 11

Tray + cover + spring

White

KT5-S25

2.5”

Dia. 75 x 17

Tray + cover + spring

White

KT5-S3

3”

Dia 84 x 11

Tray + cover + spring

White

KT5-S4

4”

Dia. 110 x 12

Tray + cover + spring

White

 

Remark: Other colors are available in volume quantity

 

 

Silicon wafers (polished PRIME grade/ EPI / test / reclaim)

 

PRIME grade:

  • Surface roughness:   < 0.5nm
  • Surface finishing:   SSP / DSP / Lapped
  • Orientation:   <100>, <110>, <111> or others
  • Size:   2, 3, 4, 5, 6, 8, 12”

 

4” silicon wafers; PRIME; SSP : USD 30/pc (25pcs)

 

Specifications

P-type

N-type

Undoped

Dopant

B

P / Sb / As

Intrinsic

Resistivity (W-cm)

0.001 ~ 50

0.001 ~ 50

102 ~ 104

Oxygen Content ( /cm3 )

≤ 1.5 x1018

≤ 1.5 x1018

≤ 1.5 x1018

Carbon Content ( /cm3 )

≤ 5x1016

≤ 5x1016

≤ 5x1016

EPD (cm-2 )

≤ 100

≤ 100

≤ 100

Vortex Defects

0

0

0

 

Remarks: Shin-Etsu Semiconductor OEM version silicon wafers are also available

 

 

Fused silica, single crystal quartz substrates / wafers

 

  • Suitable for opto-electronic applications

 

  • UV grade Fused silica

      Double side polished (DSP)

      Roughness:   < 0.5nm

Size:   From 10 - 120mm

Type:              Ultraviolet grade - JGS1

                        Optical grade - JGS2

                        Full spectrum grade - JGS3

 

Type

Transmission (cutoff @ 50%)

OH content (ppm)

JGS1

165-2500 nm

1200

JGS2

230-2500 nm

150

JGS3

175-3500 nm

5

 

      Optical properties:

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 


100mm diameter fused silica wafer (1mm thick): USD 50 /pc

120mm x 120mm x 1mm fused silica: USD 60 /pc

25mm x 25mm x 1mm fused silica: < USD 5 /pc

75mm x 25mm x 1mm fused silica: < USD 10 /pc

 

  • Quartz

Double side polished (DSP)

RMS roughness:   < 0.5nm

Custom-defined orientation

Size:   From 10 - 120mm

 

Crystal structure

Hexagonal

Lattice (0.1 nm)

a = 4.914 ; b = 5.405

Density (g/cm3)

2.684

Melting point (°C)

1610

 

100mm x 100mm quartz substrate; DSP (0.5-1mm thick): USD 130 /pc

10mm x 10mm x (0.5-1mm) quartz; DSP: USD 12 /pc

25mm x 25mm x (0.5-1mm) quartz; DSP: USD 20 /pc

75mm x 25mm x (0.5-1mm) quartz; DSP: USD 55 /pc

 

  • SiO2 passivated white float glass (Prevent ions diffusion; suitable for deposition)

 

 

ITO / Glass cleaning detergent

 

  • FPD detergent - Cleaning ITOs and glass substrates for Flat Panel Display applications

 

Organic electronic materials (Sublimed)

 

  • Tris (8-hydroxyquinoline) aluminum (Alq3)
  • N,N’-di-[1-naphthyl]-N,N’-diphenyl]-1,1’-biphenyl)-4,4’-diamine (NPD or NPB)
  • Iridium dopants (blue, green, red)
  • Pentacene
  • Poly (3-hexylthiophene) (P3HT) (Electronic grade)
  • Fullerence C60 & its derivatives (e.g. PCBM)
  • Other small molecule based materials for Organic Electronics are available.

 

 

Functionality – OLEDs

 

 

 

Electron transporters

Hole transporters

Bipolar transporters

Alq3

BAlq

Liq

TPBi

BPhen

BCP

NBPhen

HNBPhen

tBu-PBD

OXD-7

Bpy-OXD

Bpy-FOXD

BP-OXD-Bpy

TAZ

NTAZ

Bpy-TAZ

TPD

DMFL-TPD

Spiro-TPD

MeO-TPD

Spiro-MeO-TPD

CBP

DMFL-CBP

CDBP

DOFL-CBP

NPB (or NPD)

DMFL-NPB

Spiro-NPB

TCTA

TCP

MCP

TAPC

Spiro-MeOTAD

ADN

MADN

TBADN

BSBF

BDAF

TSBF

TDAF

UGH2

UGH3

 

 

 

 

 

 

Charge Injecting Materials

Hole blockers

Electron blockers

 

CuPc

TiOPc

TDATA

m-MTDATA

1-TNATA

2-TNATA

LiF

CsF

TPBi

BPhen

BCP

NBPhen

HNBPhen

 

TPD

DMFL-TPD

Spiro-TPD

MeO-TPD

Spiro-MeO-TPD

Ir(ppz)3

 

 

 

 

 

Fluorescent hosts

Phosphorescent hosts

p-dopants

n-dopants

Alq3

TPD

NPD

ADN

MADN

TBADN

CBP

DMFL-CBP

CDBP

DOFL-CBP

TCTA

TCP

MCP

UGH2

UGH3

OXD-7

Bpy-OXD

Bpy-FOXD

BP-OXD-Bpy

TAZ

NTAZ

Bpy-TAZ

F4TCNQ

LiF

CsF

 

 

 

 

Red dopants

Green dopants

Blue dopants

Orange & yellow

DCM2

DCJTB

Ir(2-phq)3

Ir(2-phq)2(acac)

Ir(flq)2(acac)

Ir(btp)2(acac)

Ir(piq)3

Ir(piq)2(acac)

Ir(fliq)2(acac)

Ir(bt)2(acac)

Pt(TPBP)

F

F

P

P

P

P

P

P

P

P

P

 

 

C540

C545T

C545P

DMQA

TPA

TTPA

Ir(ppy)3

Ir(mppy)3

Ir(ppy)2(acac)

Zn(bt)2

F

F

F

F

F

F

P

P

P

F

 

 

Perylene

TBPe

DSA-Ph

DPAVB

DPVBi

p-DMDPVBi

BDAVBi

DPAVBi

Spiro-BDAVBi

BCzVB

BCsVBi

DPVPA

DBzA

N-BDAVBi

MDP3FL

BNP3FL

FIrpic

FIr6

mer-Ir(pmb)3

fac-Ir(pmb)3

F

F

F

F

F

F

F

F

F

F

F

F

F

F

F

F

P

P

P

P

Rubrene

TBRB

F

F

 

F – fluorescent emitters

P – phosphorescent emitters

 

Functionality – Transistor / Solar (Photovoltaic)

 

 

 

Transistor materials

Solar materials

 

 

Pentacene

Tetracene

F16CuPc

C60

C60-PCBM

C70

C70-PCBM

P3HT (regioregular)

P3HT-rr (regiorandom)

 

H/E

H/E

E

E

E

E

E

H

H

 

Pentacene

C60

C70

PTCDA

PTCDI

C60-PCBM

C70-PCBM

P3HT

 

PTCDI

PTCDA

PTCBI

ADIDI

PTCMe

PDCDP

PTCDHI

PDCDT

NTADA

NTCDI

PEPTC

4F-PEPTC

Cl-PEPTC

2Cl4Cl-PEPTC

2Cl6Cl-PEPTC

H

E

E

E

E

E

E

H

 

E

E

E

E

E

E

E

E

E

E

E

E

E

E

E

 

 

 

H – hole transporters / electron donors

E – electron transporters / electron acceptors

 

 

Device configuration

Efficiency

(@ 20 mA/cm2)

KINTEC ITO/CuPc/NPD/Alq3/LiF/Al

4.5 cd/A, 1.8 lm/W

KINTEC ITO/CuPc/NPD/2% C545T : Alq3/Alq3/LiF/Al

14 cd/A, 4.5 lm/W

KINTEC ITO/CFx/NPD/ 5% Rubrene : Alq3/LiF/Al

7 cd/A, 3 lm/W

 

For other organic hosts and dopants, please contact sales@kintec.hk

 

Inorganic electronic materials

 

  • Silicon powders (from micro- to nano-particles)

      Purity:            99 %

                              99.999 %

                              99.99999 %

 

  • Zine oxide nano-powders (<80nm)
  • Au, Ag nano-particles

 

 

Technical library

 

            Under Construction

 

For product details, quotations and custom services, please contact sales@kintec.hk

 

 

 

Contact info

 

Sales: sales@kintec.hk

Technical support: technical@kintec.hk

Distributors / Business development / Marketing: marketing@kintec.hk

 

Flat C, 8/F., Block 16, Site 2, 9 Shung king street,

Hung Hom, Kowloon, Hong Kong. (HK office)

 

No. 6, 3/F., No. 3 Alley, Xingyuanli, Changping area, Shipaotai street,

Jingping district, Shantou, Guangdong, China. (China office)

 

Tel: +852-6326-3881 (Chinese), +852-9731-3265 (English)

Fax: +852-3527-9410

 

 

All rights reserved, Copyright © 2009 Kintec Company