All Products
  • Loudi Antaeus Electronic Ceramic Co.,Ltd.
    Mr.Farn
    Reply very fast and easy to talk!
  • Loudi Antaeus Electronic Ceramic Co.,Ltd.
    Mr.Jackson
    Good service and nice to talk.
Contact Person : Alice Deng
Phone Number : +8615073852630

99% Alumina Based Pressure Sensor Ceramic Substrate Round Shape

  • 99% Alumina Based Pressure Sensor Ceramic Substrate Round Shape
Place of Origin Hunan,China
Brand Name Antaeus
Certification /
Model Number AD-S006
Minimum Order Quantity Negotiation
Price Negotiation
Packaging Details Inner vacuum packaging, outside carton.
Delivery Time 15-45 days
Payment Terms T/T or Negotiation
Supply Ability Full Supply

Contact me for free samples and coupons.

Whatsapp:0086 18588475571

Wechat: 0086 18588475571

Skype: sales10@aixton.com

If you have any concern, we provide 24-hour online help.

x
Product Details
Product Name Pressure Sensor Ceramic Material 99% Aluminum Oxide
Density 4.0g/cm3-5.9g/cm3 Thickness 0.5mm-6mm
Working Temperature -20℃-60℃ Application Alumina Ceramic Substrate For Pressure Sensor
Working Voltage 3-20V Force Range 0-20kg
Sensitivity 1.0—4mv/V， Typical Value 2.5±1.0mv/V
Highlight

99% Pressure Sensor Ceramic

,

Round Pressure Sensor Ceramic

,

99% alumina based ceramics
Leave a Message
Product Description

99% Alumina Pressure Sensor Ceramic / Round Ceramic Substrate

 

1. Description:

Ceramic pressure sensors offer several benefits, including:

  • Greater strength and durability. Compared to their stainless steel counterparts, sensing diaphragms made of ceramic are 10x stronger. This quality results in greater durability and longevity. Ceramic’s superior resistance to abrasion further enhances these characteristics.
  • Lower cost. Ceramic diaphragms are less expensive to manufacture than stainless steel ones. This quality, coupled with longer service life, can result in significantly lower equipment costs.
  • Better corrosion and chemical resistance. Ceramic is chemically inert and corrosion resistant, making it highly compatible with most process materials.
  • Smaller environmental risk. Ceramic sensors do not contain oil, reducing their risk of negatively impacting the surrounding environment due to fluid leaks.
  • Higher temperature and pressure operating capacities. Ceramic is capable of withstanding greater pressures and temperatures than stainless steel. It also displays a broader range of sensitivity, with the ability to simultaneously measure low pressure while withstanding high overpressure.

2. Feature Advantages:

1) Good advanced ceramic materials

2) High welding sealing performance

3) High hardness and high density

4) Low thermal conductivity

5) Chemical inertness

6) Good wear resistance

7) High Fracture toughness

8) Good insulation performance

9) High temperature resistance

10) A variety of specifications is available

11) Satisfy various technical requests

12) Lower medium spoilage

13) Stiffness texture

14) Widely apply for automotive ceramic sensor , ceramic heater ,electric heating

 

3. Material Features / Properties:

Composite (wt %) 99% 99.5% 99.8%
Color   White or Ivory White or Ivory White or Ivory
Density g/cm 3 3.82 3.9 3.92
Hardness HRA 83 85 85
Flexural Strength Mpa (psi*10 3 ) 375 386 381

 

4. Technical Parameters:

Technical Parameters of Ceramics
Items Test Conditions Unit or Symbol 99% AL2O3 95% AL2O3 90% AL2O3 Zirconia Steatite Silicon Carbide
Volume Density -- g/cm3 ≥3.70 ≥3.62 ≥3.40 ≥5.90 ≥2.60 ≥3.08
Tightness -- Pa·m³/s ≤1.0×10-11 ≤1.0×10-11 ≤1.0×10-11 - - -
Liquid Permeability -- -- Pass Pass Pass   Pass -
Flexural Strength - MPa ≥300 ≥280 ≥230 ≥1100 ≥120 ≥400
Elastic Modulus - GPa - ≥280 ≥250 ≥220 - 400
Poisson Ratio - 　 - - 0.20～0.25 0.20～0.25 - - -
Thermal Shock Resistance 800℃( Room Temperature) Cycle: 10 times   Pass Pass Pass - - -
Coefficient of Linear Expansion 20℃～100℃ ×10-6 K-1 - - -   ≤8 -
20℃～500℃ ×10-6 K-1 6.5～7.5 6.5～7.5 6.5～7.5 6.5～11.2 - -
20℃～800℃ ×10-6 K-1 6.5～8.0 6.5～8.0 6.3～7.3   - 4
20℃～1200℃ ×10-6 K-1 - 7.0～8.5 - - - -
Coefficient of Thermal Conductivity 20℃ W/(m·k) - - - - - 90～110
1000℃
Dielectric Constant 1MHz 20℃ - 9.0～10.5 9.0～10 9.0～10 - ≤7.5 -
1MHz 50℃ - - 9.0～10 - - - -
10GHz 20℃ - 9.0～10.5 9.0～10 9.0～10 - - -
Volume Resistivity 100℃ Ω·cm ≥1.0×1013 ≥1.0×1013 ≥1.0×1013 - ≥1.0×1012 -
300℃ ≥1.0×1013 ≥1.0×1010 ≥1.0×1013 - - -
500℃ ≥1.0×109 ≥1.0×108 -- - - -
Disruptive Strength D.C kV/mm ≥17 ≥15 ≥15 - ≥20 -
Chemical Durability 1:9HCl mg/c㎡ ≤0.7 ≤7.0 - - - -
10%NaOH mg/c㎡ ≤0.1 ≤0.2 - -- - -
Grain Size - μm - 3~12 - - - -

 

5. Process Flows:

Formulating --- Granulating --- Forming --- Sintering --- Grinding --- Inspecting --- Packing

99% Alumina Based Pressure Sensor Ceramic Substrate Round Shape 0

 

6. Application Fields:

Ceramic Pressure Sensor is widely used in process control, environmental control, hydraulic and pneumatic equipment, servo valves and transmission, chemical and chemical industry and medical instruments and many other fields.

99% Alumina Based Pressure Sensor Ceramic Substrate Round Shape 1

 

7. Production Facilities: Prilling Tower , Forming Machine , High Temperature Sintering Kiln

99% Alumina Based Pressure Sensor Ceramic Substrate Round Shape 2

 

8. Detection Devices:

Electric Performance Tester , Film Thickness Analyzer , Granulometer , Helium Mass Spectrometer Leak Detector , Universal Pull Force Meter

99% Alumina Based Pressure Sensor Ceramic Substrate Round Shape 3

 

9. Notes:Above information only for reference and please contact with us for more details freely when you have any inquiry!

 

 

 

Tags:

6mm Pressure Sensor Ceramic

Capacitive Pressure Sensor Ceramic

0.25mm Pressure Sensor Ceramic