APPIE | Kouei Japan Trading | Get Quotation https://koueitrading.com/global Purchase tools and equipments made in Japan Tue, 24 Mar 2026 06:48:57 +0000 en-US hourly 1 https://wordpress.org/?v=6.7.5 https://koueitrading.com/global/wp-content/uploads/2018/01/cropped-KoueiVietnam-logo-32x32.png APPIE | Kouei Japan Trading | Get Quotation https://koueitrading.com/global 32 32 APPIE MBP10-100 https://koueitrading.com/global/product/appie-mbp10-100/ Wed, 09 Sep 2020 08:46:46 +0000 https://koueitrading.com/global/?post_type=product&p=160856 Manufacturer: The Association of Powder Process Industry and Engineering (APPIE) Model: MBP10-100 Material: Barium-titanate glass beads particle density : 4.0∼4.2 g/cm3 aspect ratio : 1.0∼1.1 Chemical component Chemical component % ( weight ) TiO2 33∼38 BaO 41∼48 SiO2 10∼14 CaO 4∼8 Particle size distribution – measured by microscopy Undersize (volume%) Particle size range ( µm ) 10 […]

The post APPIE MBP10-100 first appeared on Kouei Japan Trading | Get Quotation.]]> Manufacturer: The Association of Powder Process Industry and Engineering (APPIE)
Model: MBP10-100

Material: Barium-titanate glass beads

  • particle density : 4.0∼4.2 g/cm3
  • aspect ratio : 1.0∼1.1

Chemical component

Chemical component % ( weight )
TiO2 33∼38
BaO 41∼48
SiO2 10∼14
CaO 4∼8

Particle size distribution – measured by microscopy

Undersize (volume%) Particle size range ( µm )
10 15.5~31.0
20 18.6~37.1
30 21.3~42.2
40 23.8~47.3
50 26.4~52.4
60 29.6~58.4
70 32.9~65.1
80 37.6~74.5
90 45.2~89.1
The post APPIE MBP10-100 first appeared on Kouei Japan Trading | Get Quotation.]]> APPIE MBP1-10 https://koueitrading.com/global/product/appie-mbp1-10/ Wed, 09 Sep 2020 08:20:20 +0000 https://koueitrading.com/global/?post_type=product&p=160832 Manufacturer: The Association of Powder Process Industry and Engineering (APPIE) Model: MBP1-10 Material: Barium-titanate glass beads particle density : 4.0∼4.2 g/cm3 aspect ratio : 1.0∼1.1 Chemical component Chemical component % ( weight ) TiO2 33∼38 BaO 41∼48 SiO2 10∼14 CaO 4∼8 Particle size distribution – measured by microscopy Undersize (volume%) Particle size range ( µm ) […]

The post APPIE MBP1-10 first appeared on Kouei Japan Trading | Get Quotation.]]> Manufacturer: The Association of Powder Process Industry and Engineering (APPIE)
Model: MBP1-10

Material: Barium-titanate glass beads

  • particle density : 4.0∼4.2 g/cm3
  • aspect ratio : 1.0∼1.1

Chemical component

Chemical component % ( weight )
TiO2 33∼38
BaO 41∼48
SiO2 10∼14
CaO 4∼8

Particle size distribution – measured by microscopy

Undersize (volume%) Particle size range ( µm )
10 1.55~3.10
20 1.86~3.71
30 2.13~4.22
40 2.38~4.73
50 2.64~5.24
60 2.96~5.84
70 3.29~6.51
80 3.76~7.45
90 4.52~8.91
The post APPIE MBP1-10 first appeared on Kouei Japan Trading | Get Quotation.]]> APPIE E-Quartz Dust Sand https://koueitrading.com/global/product/appie-e-quartz-dust-sand/ Wed, 09 Sep 2020 08:04:50 +0000 https://koueitrading.com/global/?post_type=product&p=160818 Manufacturer: The Association of Powder Process Industry and Engineering (APPIE) Material: Quartz particle density : 2.6∼2.8 g/cm3 Chemical component Chemical component % ( weight ) SiO2 95.5 (min.) AI2O3 0.03 (max.) Fe2O3 0.13 (max.) Particle size distribution Top size: Sieving Particle size distribution : Laser diffraction–scattering method E- Quartz Dust Sand Top size : 850μm […]

The post APPIE E-Quartz Dust Sand first appeared on Kouei Japan Trading | Get Quotation.]]> Manufacturer: The Association of Powder Process Industry and Engineering (APPIE)

Material: Quartz

particle density : 2.6∼2.8 g/cm3

Chemical component

Chemical component % ( weight )
SiO2 95.5 (min.)
AI2O3 0.03 (max.)
Fe2O3 0.13 (max.)

Particle size distribution

Top size: Sieving
Particle size distribution : Laser diffraction–scattering method

E- Quartz Dust Sand
Top size : 850μm over size 1 % or less
Distribution
Particle size (µm) under size % ( weight )
592 95.5±3.5
419 77±13
296 32±12
209 12±6
148 8±4
The post APPIE E-Quartz Dust Sand first appeared on Kouei Japan Trading | Get Quotation.]]> APPIE E-Quartz Dust Coarse https://koueitrading.com/global/product/appie-e-quartz-dust-coarse/ Wed, 09 Sep 2020 07:01:22 +0000 https://koueitrading.com/global/?post_type=product&p=160782 Manufacturer: The Association of Powder Process Industry and Engineering (APPIE) Material: Quartz particle density : 2.6∼2.8 g/cm3 Chemical component Chemical component % ( weight ) SiO2 95.5 (min.) AI2O3 0.03 (max.) Fe2O3 0.13 (max.) Particle size distribution Top size: Sieving Particle size distribution : Laser diffraction–scattering method E- Quartz Dust Coarse Top size : 150μm […]

The post APPIE E-Quartz Dust Coarse first appeared on Kouei Japan Trading | Get Quotation.]]> Manufacturer: The Association of Powder Process Industry and Engineering (APPIE)

Material: Quartz

particle density : 2.6∼2.8 g/cm3

Chemical component

Chemical component % ( weight )
SiO2 95.5 (min.)
AI2O3 0.03 (max.)
Fe2O3 0.13 (max.)

Particle size distribution

Top size: Sieving
Particle size distribution : Laser diffraction–scattering method

E- Quartz Dust Coarse
Top size : 150μm over size 1 % or less
Distribution
Particle size (µm) under size % ( weight )
105 79±9
74 60±8
40 36±8
20 24±8
10 15±7
5 9±5
2 3.5±2.5
The post APPIE E-Quartz Dust Coarse first appeared on Kouei Japan Trading | Get Quotation.]]> APPIE E-Quartz Dust Fine https://koueitrading.com/global/product/appie-e-quartz-dust-fine/ Wed, 09 Sep 2020 06:23:09 +0000 https://koueitrading.com/global/?post_type=product&p=160748 Manufacturer: The Association of Powder Process Industry and Engineering (APPIE) Material: Quartz particle density : 2.6∼2.8 g/cm3 Chemical component Chemical component % ( weight ) SiO2 95.5 (min.) AI2O3 0.03 (max.) Fe2O3 0.13 (max.) Particle size distribution Top size: Sieving Particle size distribution : Laser diffraction–scattering method E- Quartz Dust Fine Top size : 75μm […]

The post APPIE E-Quartz Dust Fine first appeared on Kouei Japan Trading | Get Quotation.]]> Manufacturer: The Association of Powder Process Industry and Engineering (APPIE)

Material: Quartz

particle density : 2.6∼2.8 g/cm3

Chemical component

Chemical component % ( weight )
SiO2 95.5 (min.)
AI2O3 0.03 (max.)
Fe2O3 0.13 (max.)

Particle size distribution

Top size: Sieving
Particle size distribution : Laser diffraction–scattering method

E- Quartz Dust Fine
Top size : 75μm over size 1 % or less (weight)
Particle size distribution
Particle size (µm) under size % (volume)
40 87±7
20 64±6
10 42±6
5 25±5
2 10±4
The post APPIE E-Quartz Dust Fine first appeared on Kouei Japan Trading | Get Quotation.]]> APPIE E-Talc Dust Powder https://koueitrading.com/global/product/appie-e-talc-dust-powder/ Wed, 09 Sep 2020 06:13:47 +0000 https://koueitrading.com/global/?post_type=product&p=160739 Manufacturer: The Association of Powder Process Industry and Engineering (APPIE) Model: E-Talc Material: Talc particle density : 2.8∼3.0 g/cm3 Chemical component Chemical component % ( weight ) SiO2 60∼63 Fe2O3 0∼3 AI2O3 0∼3 CaO 0∼2 MgO 30∼34 Ignition Loss 3∼7 Particle size distribution Top size: Sieving Particle size distribution : Laser diffraction–scattering method E-Talc Dust […]

The post APPIE E-Talc Dust Powder first appeared on Kouei Japan Trading | Get Quotation.]]> Manufacturer: The Association of Powder Process Industry and Engineering (APPIE)
Model: E-Talc

Material: Talc

particle density : 2.8∼3.0 g/cm3

Chemical component

Chemical component % ( weight )
SiO2 60∼63
Fe2O3 0∼3
AI2O3 0∼3
CaO 0∼2
MgO 30∼34
Ignition Loss 3∼7

Particle size distribution

Top size: Sieving
Particle size distribution : Laser diffraction–scattering method

E-Talc Dust Powder
Top size : 75μm over size 1 % or less (weight)
Particle size distribution
Particle size (µm) under size % (volume)
62 96±4
40 91±7
20 58±10
The post APPIE E-Talc Dust Powder first appeared on Kouei Japan Trading | Get Quotation.]]> APPIE SAP Test Powders 3 Class 4 STP3-4 Calcium Carbonate Ground https://koueitrading.com/global/product/appie-sap-test-powders-3-class-4-stp3-4-calcium-carbonate-ground/ Wed, 09 Sep 2020 06:04:32 +0000 https://koueitrading.com/global/?post_type=product&p=160733 Manufacturer: The Association of Powder Process Industry and Engineering (APPIE) Material: Calcium carbonate (ground) particle density : 2.7∼2.8 g/cm3 Chemical component Chemical component % ( weight ) CaO 54∼56 MgO 0∼3 SiO2 0∼4 AI2O3 0∼3 Fe2O3 0∼1 Ignition Loss 42∼45 Particle size distribution – measured by Laser Diffraction-Scattering Method Undersize (volume%) Particle size range ( µm […]

The post APPIE SAP Test Powders 3 Class 4 STP3-4 Calcium Carbonate Ground first appeared on Kouei Japan Trading | Get Quotation.]]> Manufacturer: The Association of Powder Process Industry and Engineering (APPIE)

Material: Calcium carbonate (ground)

particle density : 2.7∼2.8 g/cm3

Chemical component

Chemical component % ( weight )
CaO 54∼56
MgO 0∼3
SiO2 0∼4
AI2O3 0∼3
Fe2O3 0∼1
Ignition Loss 42∼45

Particle size distribution – measured by Laser Diffraction-Scattering Method

Undersize (volume%) Particle size range ( µm )
10 0.31~0.54
20 0.38~0.65
30 0.45~0.79
40 0.57~0.97
50 0.75~1.3
60 0.95~1.7
70 1.2~2.0
80 1.4~2.4
90 1.7~3.0
The post APPIE SAP Test Powders 3 Class 4 STP3-4 Calcium Carbonate Ground first appeared on Kouei Japan Trading | Get Quotation.]]> APPIE SAP Test Powders 3 Class 3 STP3-3 Sintered KANTO Loam https://koueitrading.com/global/product/appie-sap-test-powders-3-class-3-stp3-3-sintered-kanto-loam/ Wed, 09 Sep 2020 05:10:11 +0000 https://koueitrading.com/global/?post_type=product&p=160730 Manufacturer: The Association of Powder Process Industry and Engineering (APPIE) Material: Sintered KANTO loam particle density : 2.9∼3.1 g/cm3 Chemical component Chemical component % ( weight ) SiO2 34∼40 Fe2O3 17∼23 AI2O3 26∼32 CaO 0∼3 MgO 0∼7 TiO2 0∼4 Ignition Loss 0∼4 *Kanto Loam is natural soil and the ingredient may slightly vary according to […]

The post APPIE SAP Test Powders 3 Class 3 STP3-3 Sintered KANTO Loam first appeared on Kouei Japan Trading | Get Quotation.]]> Manufacturer: The Association of Powder Process Industry and Engineering (APPIE)

Material: Sintered KANTO loam

particle density : 2.9∼3.1 g/cm3

Chemical component

Chemical component % ( weight )
SiO2 34∼40
Fe2O3 17∼23
AI2O3 26∼32
CaO 0∼3
MgO 0∼7
TiO2 0∼4
Ignition Loss 0∼4

*Kanto Loam is natural soil and the ingredient may slightly vary according to the collection place.

Particle size distribution – measured by Laser Diffraction-Scattering Method

Particle size distribution – measured by Laser Diffraction-Scattering Method

Undersize (volume%) Particle size range ( µm )
10 0.89~1.3
20 1.2~1.7
30 1.4~2.0
40 1.5~2.3
50 1.7~2.5
60 1.8~2.7
70 2.0~2.9
80 2.4~3.5
90 2.9~4.2
The post APPIE SAP Test Powders 3 Class 3 STP3-3 Sintered KANTO Loam first appeared on Kouei Japan Trading | Get Quotation.]]> APPIE SAP Test Powders 3 Class 2 STP3-2 Talc https://koueitrading.com/global/product/appie-sap-test-powders-3-class-2-stp3-2-talc/ Wed, 09 Sep 2020 04:59:52 +0000 https://koueitrading.com/global/?post_type=product&p=160728 Manufacturer: The Association of Powder Process Industry and Engineering (APPIE) Material: Talc particle density : 2.7∼2.9 g/cm3 Chemical component Chemical component % ( weight ) SiO2 60∼63 Fe2O3 0∼3 AI2O3 0∼3 CaO 0∼2 MgO 30∼34 Ignition Loss 3∼7 Particle size distribution – measured by Laser Diffraction-Scattering Method Undersize (volume%) Particle size range ( µm ) 10 […]

The post APPIE SAP Test Powders 3 Class 2 STP3-2 Talc first appeared on Kouei Japan Trading | Get Quotation.]]> Manufacturer: The Association of Powder Process Industry and Engineering (APPIE)

Material: Talc

particle density : 2.7∼2.9 g/cm3

Chemical component

Chemical component % ( weight )
SiO2 60∼63
Fe2O3 0∼3
AI2O3 0∼3
CaO 0∼2
MgO 30∼34
Ignition Loss 3∼7

Particle size distribution – measured by Laser Diffraction-Scattering Method

Undersize (volume%) Particle size range ( µm )
10 1.7~2.9
20 2.3~3.9
30 2.7~4.6
40 3.1~5.3
50 3.6~6.1
60 4.0~6.9
70 4.4~7.6
80 5.1~8.7
90 6.3~11
The post APPIE SAP Test Powders 3 Class 2 STP3-2 Talc first appeared on Kouei Japan Trading | Get Quotation.]]> APPIE SAP Test Powders 3 Class 1 STP3-1 Quartz Sand https://koueitrading.com/global/product/appie-sap-test-powders-3-class-1-stp3-1-quartz-sand/ Wed, 09 Sep 2020 04:48:12 +0000 https://koueitrading.com/global/?post_type=product&p=160726 Manufacturer: The Association of Powder Process Industry and Engineering (APPIE) Material: Quarts sand particle density : 2.6∼2.7 g/cm3 Chemical component Chemical component % ( weight ) SiO2 95 (min.) Fe2O3 5 (max.) AI2O3 TiO2 MgO Ignition Loss Particle size distribution – measured by Laser Diffraction-Scattering Method Undersize (volume%) Particle size range ( µm ) 10 […]

The post APPIE SAP Test Powders 3 Class 1 STP3-1 Quartz Sand first appeared on Kouei Japan Trading | Get Quotation.]]> Manufacturer: The Association of Powder Process Industry and Engineering (APPIE)

Material: Quarts sand

  • particle density : 2.6∼2.7 g/cm3

Chemical component

Chemical component % ( weight )
SiO2 95 (min.)
Fe2O3 5 (max.)
AI2O3
TiO2
MgO
Ignition Loss

Particle size distribution – measured by Laser Diffraction-Scattering Method

Undersize (volume%) Particle size range ( µm )
10 0.75~1.1
20 1.1~1.7
30 1.3~2.0
40 1.5~2.3
50 1.7~2.6
60 1.9~2.8
70 2.0~3.0
80 2.3~3.4
90 2.8~4.1

 

The post APPIE SAP Test Powders 3 Class 1 STP3-1 Quartz Sand first appeared on Kouei Japan Trading | Get Quotation.]]> APPIE JIS Test Powders2 White Fused Alumina https://koueitrading.com/global/product/appie-jis-test-powders2-white-fused-alumina/ Tue, 08 Sep 2020 04:32:05 +0000 https://koueitrading.com/global/?post_type=product&p=160664 Manufacturer: The Association of Powder Process Industry and Engineering (APPIE) Standard Reference standard:JIS Z 8901 Material：White fused alumina Particle density：3.9∼4.0g/cm3 Chemical component：Al2O3 99% min. Particle size distribution – measured by Electrical Sensing Zone Method Class Particle size(μm)at 94%,50%,3% oversize weight basis(%) on the cummulative distribution curve 94% (min.) 50% 3% (max.) No.1 0.8 2±0.5 5 No.2 2.0 […]

The post APPIE JIS Test Powders2 White Fused Alumina first appeared on Kouei Japan Trading | Get Quotation.]]> Manufacturer: The Association of Powder Process Industry and Engineering (APPIE)

Standard

  • Reference standard:JIS Z 8901
  • Material：White fused alumina
  • Particle density：3.9∼4.0g/cm3

Chemical component：Al2O3 99% min.

Particle size distribution – measured by Electrical Sensing Zone Method

Class Particle size(μm)at 94%,50%,3% oversize weight basis(%) on the cummulative distribution curve
94% (min.) 50% 3% (max.)
No.1 0.8 2±0.5 5
No.2 2.0 4±0.5 11
No.3 4.5 8±0.6 20
No.4 9.0 14±1 31
No.5 20 30±2 58
No.6 40 57±3 103

Electron Microscopic Photograph

Test Powders 2-White fused alumina No.1（SEM）

Test Powders 2-White fused alumina No.３（SEM）

Test Powders 2- White fused alumina No.６（SEM）

The post APPIE JIS Test Powders2 White Fused Alumina first appeared on Kouei Japan Trading | Get Quotation.]]> APPIE JIS Test Powders1 JIS Z 8901 (Class 16,17 Calcium Carbonate（ground)) https://koueitrading.com/global/product/appie-jis-test-powders1-jis-z-8901-class-1617-calcium-carbonate%ef%bc%88ground/ Tue, 08 Sep 2020 04:09:59 +0000 https://koueitrading.com/global/?post_type=product&p=160659 Manufacturer: The Association of Powder Process Industry and Engineering (APPIE) Model: JIS Z 8901 (Class 16,17 Calcium carbonate（ground)) Standard Reference standard:JIS Z 8901 Material：Calcium- carbonate(ground) Particle density：2.7∼2.8g/cm3 Chemical component Chemical component % ( weight ) CaO 54∼56 MgO 0∼3 SiO2 0∼4 AI2O3 0∼3 Fe2O3 0∼1 Ignition Loss 42∼45 Particle size distribution – measured by Sedimentation Method […]

The post APPIE JIS Test Powders1 JIS Z 8901 (Class 16,17 Calcium Carbonate（ground)) first appeared on Kouei Japan Trading | Get Quotation.]]> Manufacturer: The Association of Powder Process Industry and Engineering (APPIE)
Model: JIS Z 8901 (Class 16,17 Calcium carbonate（ground))

Standard

  • Reference standard:JIS Z 8901
  • Material：Calcium- carbonate(ground)
  • Particle density：2.7∼2.8g/cm3

Chemical component

Chemical component % ( weight )
CaO 54∼56
MgO 0∼3
SiO2 0∼4
AI2O3 0∼3
Fe2O3 0∼1
Ignition Loss 42∼45

Particle size distribution – measured by Sedimentation Method

Particle
size µm		 Oversize(weight basis)%
Class 16 Class 17
1 – 80±5
2 76±5 54±5
4 – 18±5
5 40±5 –
8 – 4±3
10 10±5 –
16 – 1 (max.)
20 1 (max.)

Electron Microscopic Photograph

Test Powders 1-Class16（Calcium-carbonate(ground) ）（SEM）

Test Powders 1-Class17（Calcium-carbonate(ground)）（SEM）

The post APPIE JIS Test Powders1 JIS Z 8901 (Class 16,17 Calcium Carbonate（ground)) first appeared on Kouei Japan Trading | Get Quotation.]]> APPIE JIS Test Powders1 JIS Z 8901 (Class 12 Carbon Black) https://koueitrading.com/global/product/appie-jis-test-powders1-jis-z-8901-class-12-carbon-black/ Tue, 08 Sep 2020 03:41:03 +0000 https://koueitrading.com/global/?post_type=product&p=160654 Manufacturer: The Association of Powder Process Industry and Engineering (APPIE) Model: JIS Z 8901 (Class 12 Carbon black) Standard Reference standard:JIS Z 8901 Material：Carbon black Physicochemical characteristic Absorbed amount of DBP 25∼34 ml/100g Adsorbed amount of iodine 22∼30 mg/g Note） Absorbed amount of DBP： The amount of the DBP（Dibutyl phthalate）necessary to fill the void among […]

The post APPIE JIS Test Powders1 JIS Z 8901 (Class 12 Carbon Black) first appeared on Kouei Japan Trading | Get Quotation.]]> Manufacturer: The Association of Powder Process Industry and Engineering (APPIE)
Model: JIS Z 8901 (Class 12 Carbon black)

Standard

  • Reference standard:JIS Z 8901
  • Material：Carbon black

Physicochemical characteristic

Absorbed amount of DBP 25∼34 ml/100g
Adsorbed amount of iodine 22∼30 mg/g
  • Note）
    Absorbed amount of DBP： The amount of the DBP（Dibutyl phthalate）necessary to fill the void among particles shows the state of the agglomeration of particles.
    Adsorbed amount of iodine：This value is an amount of iodine which is adsorbed by the unit mass of carbon-black and relates with the specific surface area.
  • Particle size range : 0.03～0.20μm – measured by microscopy (Particle size distribution is not prescribed.)

Electron Microscopic Photograph

Test Powders 1-Class12（Carbon black）（SEM）

Test Powders 1-Class12（Carbon black）（TEM）

The post APPIE JIS Test Powders1 JIS Z 8901 (Class 12 Carbon Black) first appeared on Kouei Japan Trading | Get Quotation.]]> APPIE JIS Test Powders1 JIS Z 8901 (Class 7,8,11 KANTO Loam) https://koueitrading.com/global/product/appie-jis-test-powders1-jis-z-8901-class-7811-kanto-loam/ Tue, 08 Sep 2020 02:25:10 +0000 https://koueitrading.com/global/?post_type=product&p=160648 Manufacturer: The Association of Powder Process Industry and Engineering (APPIE) Model: JIS Z 8901 (Class 7,8,11 KANTO Loam) Standard Reference standard: Class7, 8 (JIS Z 8901) Class11 (JIS Z 8901 equivalent) Material：KANTO ( Japanese ) loam 　　*Sintered at 800°C, 2hours. Particle density：2.9∼3.1g/cm3 Chemical component Chemical component % ( weight ) SiO2 34∼40 Fe2O3 17∼23 AI2O3 […]

The post APPIE JIS Test Powders1 JIS Z 8901 (Class 7,8,11 KANTO Loam) first appeared on Kouei Japan Trading | Get Quotation.]]> Manufacturer: The Association of Powder Process Industry and Engineering (APPIE)
Model: JIS Z 8901 (Class 7,8,11 KANTO Loam)

Standard

  • Reference standard: Class7, 8 (JIS Z 8901)
    Class11 (JIS Z 8901 equivalent)
  • Material：KANTO ( Japanese ) loam 　　*Sintered at 800°C, 2hours.
  • Particle density：2.9∼3.1g/cm3

Chemical component

Chemical component % ( weight )
SiO2 34∼40
Fe2O3 17∼23
AI2O3 26∼32
CaO 0∼3
MgO 0∼7
TiO2 0∼4
Ignition Loss 0∼4

*Kanto Loam is natural soil and the ingredient may slightly vary according to the collection place.

Particle size distribution

  • Class7, 8: Sieving(Top size 75µm), Sedimentation Method
    Class11: Laser Diffraction-Scattering Method
Particle
size µm		 Oversize(weight basis)% Oversize(volume basis)%
Class 7 Class 8 Class 11 (JIS Equivalent)
1 – 61.4±5
2 – 39.6±5
4 – 16.4±3
5 88±5 61±5 –
6 – 6.7±3
8 – 3.0±3
10 76±3 43±3 –
20 62±3 27±3 –
30 50±3 15±3 –
40 39±3 9±3 –
75 20 (max.) 3 (max.)

Electron Microscopic Photograph

Test Powders 1-Class7 (KANTO(Japanese) loam)
Test Powders 1-Class8 (KANTO(Japanese) loam)
Test Powders 1-Class 11 (JIS Equivalent) (KANTO(Japanese) loam)
The post APPIE JIS Test Powders1 JIS Z 8901 (Class 7,8,11 KANTO Loam) first appeared on Kouei Japan Trading | Get Quotation.]]> APPIE JIS Test Powders1 JIS Z 8901 (Class 5,10 Fly Ash) https://koueitrading.com/global/product/appie-jis-test-powders1-jis-z-8901-class-5-10-fly-ash/ Tue, 08 Sep 2020 02:00:09 +0000 https://koueitrading.com/global/?post_type=product&p=160643 Manufacturer: The Association of Powder Process Industry and Engineering (APPIE) Model: JIS Z 8901 (Class 5,10 Fly ash) Standard Reference standard:JIS Z 8901 Material：Fly ash Particle density：1.95∼2.3g/cm3 Chemical component Chemical component % ( weight ) SiO2 45 (min.) Moisture content 1 (max.) Ignition Loss 5 (max.) Particle size distribution Class5: Sieving(Top size 106µm), Sedimentation Method […]

The post APPIE JIS Test Powders1 JIS Z 8901 (Class 5,10 Fly Ash) first appeared on Kouei Japan Trading | Get Quotation.]]> Manufacturer: The Association of Powder Process Industry and Engineering (APPIE)
Model: JIS Z 8901 (Class 5,10 Fly ash)

Standard

Reference standard:JIS Z 8901

  • Material：Fly ash
  • Particle density：1.95∼2.3g/cm3

Chemical component

Chemical component % ( weight )
SiO2 45 (min.)
Moisture content 1 (max.)
Ignition Loss 5 (max.)

Particle size distribution

  • Class5: Sieving(Top size 106µm), Sedimentation Method
    Class10: Sedimentation Method
Particle
size µm		 Oversize(weight basis)%
Class 5 Class 10
2 – 82±5
4 – 60±5
5 84±5 –
8 – 22±3
10 60±5 –
16 – 3±3
20 32±3
30 15±3
40 8±3
106 1 (max.)

Electron Microscopic Photograph

Test Powders 1-Class5（Fly ash ）（SEM）

Test Powders 1-Class10（Fly ash ）（SEM）

The post APPIE JIS Test Powders1 JIS Z 8901 (Class 5,10 Fly Ash) first appeared on Kouei Japan Trading | Get Quotation.]]> APPIE JIS TEST POWDERS1 JIS Z 8901 (Class 4,9 Talc) https://koueitrading.com/global/product/appie-jis-test-powders1-jis-z-8901-class-49-talc/ Tue, 08 Sep 2020 00:59:15 +0000 https://koueitrading.com/global/?post_type=product&p=160637 Manufacturer: The Association of Powder Process Industry and Engineering (APPIE) Model: JIS Z 8901 (Class 4,9 Talc) Standard Reference standard:JIS Z 8901 Material：Talc Particle density：2.7∼2.9g/cm3 Chemical component Chemical component % ( weight ) SiO2 60∼63 Fe2O3 0∼3 AI2O3 0∼3 CaO 0∼2 MgO 30∼34 Ignition Loss 3∼7 Particle size distribution Class4: Sieving(Top size 75µm), Sedimentation Method […]

The post APPIE JIS TEST POWDERS1 JIS Z 8901 (Class 4,9 Talc) first appeared on Kouei Japan Trading | Get Quotation.]]> Manufacturer: The Association of Powder Process Industry and Engineering (APPIE)
Model: JIS Z 8901 (Class 4,9 Talc)

Standard

  • Reference standard:JIS Z 8901
  • Material：Talc
  • Particle density：2.7∼2.9g/cm3

Chemical component

Chemical component % ( weight )
SiO2 60∼63
Fe2O3 0∼3
AI2O3 0∼3
CaO 0∼2
MgO 30∼34
Ignition Loss 3∼7

Particle size distribution

  • Class4: Sieving(Top size 75µm), Sedimentation Method
    Class9: Sedimentation Method
Particle
size µm		 Oversize(weight basis)%
Class 4 Class 9
2 – 79±5
4 – 55±5
5 69±5 –
8 – 23±5
10 40±5 –
16 – 6±3
20 12±5
30 –
40 3±3
75 1 (max.)

Electron Microscopic Photograph

Test Powders 1-Class4（Talc）（SEM）

Test Powders 1-Class9（Talc）（SEM）

 

The post APPIE JIS TEST POWDERS1 JIS Z 8901 (Class 4,9 Talc) first appeared on Kouei Japan Trading | Get Quotation.]]> APPIE JIS Test Powders1 JIS Z 8901 (Class1,2,3 Quartz Sand) https://koueitrading.com/global/product/appie-jis-test-powders1-jis-z-8901-class1-2-3-quartz-sand/ Mon, 07 Sep 2020 01:48:28 +0000 https://koueitrading.com/global/?post_type=product&p=160630 Manufacturer: The Association of Powder Process Industry and Engineering (APPIE) Model: JIS Z 8901 (Class1,2,3 Quartz sand) Standard Reference standard:JIS Z 8901 Material：Quartz sand Particle density：2.6∼2.7g/cm3 Chemical component Chemical component % ( weight ) SiO2 95 (min.) Fe2O3 5 (max.) AI2O3 TiO2 MgO Ignition Loss Particle size distribution Class1: Sieving Class2, 3: Sieving(Top size 75µm), […]

The post APPIE JIS Test Powders1 JIS Z 8901 (Class1,2,3 Quartz Sand) first appeared on Kouei Japan Trading | Get Quotation.]]> Manufacturer: The Association of Powder Process Industry and Engineering (APPIE)
Model: JIS Z 8901 (Class1,2,3 Quartz sand)

Standard

Reference standard:JIS Z 8901
Material：Quartz sand
Particle density：2.6∼2.7g/cm3

Chemical component

Chemical component % ( weight )
SiO2 95 (min.)
Fe2O3 5 (max.)
AI2O3
TiO2
MgO
Ignition Loss

Particle size distribution

Class1: Sieving
Class2, 3: Sieving(Top size 75µm), Sedimentation Method

Particle
size µm		 Oversize(weight basis)%
Class 1 Class 2 Class 3
5 – 88±5 61±5
10 – 76±3 43±3
20 – 62±3 27±3
30 – 50±3 15±3
40 – 39±3 9±3
45 99 (min.) – –
75 90±3 20 (max.) 3 (max.)
106 80±3
150 65±3
212 45±3
300 1 (max.)

Electron Microscopic Photograph

Test Powders 1-Class1（Quartz sand）（SEM）

Test Powders 1-Class2（Quartz sand）（SEM）

 

The post APPIE JIS Test Powders1 JIS Z 8901 (Class1,2,3 Quartz Sand) first appeared on Kouei Japan Trading | Get Quotation.]]>