Silicon Carbide Ceramic Tray for Electronic Ceramic Component Sintering with Excellent Thermal Shock Resistance

Silicon carbide ceramic tray is designed to carry ceramic or metallic parts through sintering cycles inside high-temperature furnaces. Available in standard and custom sizes, our SiC trays offer high mechanical strength, optimized flatness, and superior resistance to oxidation and thermal shock, making them suitable for both batch and continuous operations.

Catalogue No. AT-SIC-G1037
Material Silicon Carbon
Density ≥ 2.65g/cm³
Max Operating Temp 1600°C
Dimensions/Sizes Download PDF
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Silicon carbide ceramic trays are high-performance products primarily used in industries where high temperatures and thermal conductivity are required. Made from a combination of silicon and carbon materials, these trays provide exceptional resistance to oxidation and chemical damage, making them suitable for use in furnaces, kilns, and other high-temperature environments.

Advantages of Silicon Carbide Ceramic Tray

  • Dimensional Precision ±0.2mm – Maintains flatness for consistent sintering
  • High Working Lifespan – Survives >300 cycles at ≥1500°C in oxidizing atmosphere
  • Customized Geometry – Available in open, closed, grooved, or stepped surface styles
  • Reduced Defect Risk – Prevents warping and particle shedding within controlled environments
  • Engineered Body – Densified and finished to prevent microcracks and edge abrasion

Specifications of SIC Ceramic Tray

Type 1-Rectangular SIC Ceramic Trays

Size for tray

Item Length(mm) Width(mm) Height(mm) Thickness(mm)
AT-SIC-G1037 51.5 25.5 20.5 3.5
AT-SIC-G1038 70 70 25 5
AT-SIC-G1039 80.5 67.5 21 5
AT-SIC-G1040 100 100 30 4
AT-SIC-G1041 100 30 25 5
AT-SIC-G1042 122 49 37 5
AT-SIC-G1043 150 150 80 5.5
AT-SIC-G1044 160 160 72 7
AT-SIC-G1045 175 175 50 6
AT-SIC-G1046 180 70 35 5.5
AT-SIC-G1047 190 80 40 6
AT-SIC-G1048 200 35 8 5.5
AT-SIC-G1049 265 175 20 8
AT-SIC-G1050 300 300 110 6
AT-SIC-G1051 300 300 150 6.5
AT-SIC-G1052 300 300 175 7.5
AT-SIC-G1053 320 320 110 6.5
AT-SIC-G1054 320 320 48 5.5
AT-SIC-G1055 320 320 60 6
AT-SIC-G1056 320 320 75 6
AT-SIC-G1057 320 320 80 7
AT-SIC-G1058 320 320 85 8
AT-SIC-G1059 490 255 50 10

 

Type 2-Round SIC Ceramic Trays

size for tray

Item Outer Diameter(mm) Inner Diameter(mm) Height(mm) Thickness(mm)
AT-SIC-G1001 10.0  7.8  19.0  1.1
AT-SIC-G1002 12 8 26 2
AT-SIC-G1003 14.5 10.5 33.5 2
AT-SIC-G1004 20 16 31 2
AT-SIC-G1005 22 16 80 3
AT-SIC-G1006 23 19 81 2
AT-SIC-G1007 28 21 110 3.5
AT-SIC-G1008 29 22 17.5 3.5
AT-SIC-G1009 29 24 19.7 2.5
AT-SIC-G1010 32.5 26.5 29 3
AT-SIC-G1011 38 29 32.5 4.5
AT-SIC-G1012 38 29.8 45 4.1
AT-SIC-G1013 41 33 71.5 4
AT-SIC-G1014 42 33 73 4.5
AT-SIC-G1015 45 38 18 3.5
AT-SIC-G1016 47.5 38 74 4.75
AT-SIC-G1017 51 41 122 5
AT-SIC-G1018 51 44 73 3.5
AT-SIC-G1019 52 39 144 6.5
AT-SIC-G1020 53 42 124 5.5
AT-SIC-G1021 60 51 100 4.5
AT-SIC-G1022 61 51 102 5
AT-SIC-G1023 61 52 102 4.5
AT-SIC-G1024 61.5 53 122 4.25
AT-SIC-G1025 63 52 103.5 5.5
AT-SIC-G1026 65 55 64.5 5
AT-SIC-G1027 71 61 111 5
AT-SIC-G1028 72.5 62.5 113 5
AT-SIC-G1029 73 62.5 125.5 5.25
AT-SIC-G1030 80 58 91 11
AT-SIC-G1031 93 83 103 5
AT-SIC-G1032 94 83.5 104.5 5.25
AT-SIC-G1033 100 92 132 4
AT-SIC-G1034 104 90 182 7
AT-SIC-G1035 105 95 135.5 5
AT-SIC-G1036 380 344 255 18

 

 

Packing

Each tray is individually packed using PE foam surfaces and double-corrugated cartons.

SIC Ceramic Tray Properties

Property

Unit

Reaction-sintered SiC (SiSiC)

Silicon Nitride Bonded With SiC(NBSiC)

Sintered SiCn Without Pressure (SSiC)

SiC Content

%

85

80

99

Free  Silicon Content

%

15

0

0

Density

g/cm3

3.02

2.72

3.1-3.15

Max. Service Temp.

≤1380

1550

≤1600

Vickers Hardness

kg/mm2(HV)

2500

2500

2800

Coefficient of Thermal Expansion

K-1×10-6

4.5

5

4.1

Bending Strength

Mpa(20℃)

250

160

380

Mpa(1200℃)

280

180

400

Modulus of Elasticity

Gpa(20℃)

330

220

420

Gpa(1200℃)

300

/

/

Thermal Conductivity

W/m.k(1200℃)

45

15

74

Porosity

%

<0.1

12

<0.1

Applications of SIC Ceramic Tray

  1. Powder Metallurgy Furnace: Carrying compact green bodies during multi-step sintering at 1450–1600°C
    → Value: Flat surface minimizes warping and powder sintering irregularities
  2. Lab-Based Ceramic Firing: Uniform platform for high-purity disc sintering
    → Value: Low particle release reduces contamination risk on controlled substrates
  3. Kiln Loading Systems: Working tray inside large tunnel or shuttle kilns
    → Value: Customized geometry ensures non-slip positioning and equal heat flow
  4. Advanced Oxide Ceramics: High-density burning for substrates
    → Value: Maintains mechanical strength even under thermal stress >150 MPa
  5. Inert/Vacuum Furnace Use Cases: For inert/controlled gas environments
    → Value: Resistance to deformation and oxidation at 1550–1650°C

Usage Instructions for SIC Ceramic Tray

  • Preheat gradually before exposure to >800°C to avoid thermal cracks.
  • Avoid cold water contact while still hot.
  • Store vertically to prevent tray warping.
  • Clean surface deposits using dry sandblasting or vacuum cleaning; avoid acids.
  • Rotate position inside kilns for extended service life.
  1. Q: Can these trays be used in vacuum sintering furnaces?
    A: Yes. Our trays are designed for vacuum, inert, oxidizing, or reducing environments.
  2. Q: How does thermal expansion affect tray deformation?
    A: The linear thermal expansion coefficient is below 4.5×10⁻⁶/K, minimizing tray bulging even at high temps.
  3. Q: Are the trays reusable? How many cycles can they support?
    A: Typically >300 cycles depending on practical temperature and handling conditions.
  4. Q: Is a surface finish applied to prevent the sticking of ceramic pieces?
    A: Yes. Polished or sandblasted surfaces can be applied upon request.
  5. Q: Is the tray compatible with Sic roller kiln systems?
    A: Yes. We offer rounded/edge-fit trays suitable for automated kiln loader arms.
  • ⭐️⭐️⭐️⭐️⭐️
    The performance remains stable under high-temperature conditions, with no deformation or cracking issues, thanks to the ceramic robotic arm we purchased from Adcerax.
    -- Whitney Romero (Engineer)
  • ⭐️⭐️⭐️⭐️⭐️
    The wear-resistant ceramic balls have a low breakage rate, high grinding efficiency, and do not affect the whiteness of the material
    -- Ayoub (Purchasing Manager)
  • ⭐️⭐️⭐️⭐️⭐️
    The wear-resistant ceramic balls have a low breakage rate, high grinding efficiency, and do not affect the whiteness of the material
    -- Ayoub (Purchasing Manager)
customize size

What You Can Specify: Silicon Carbide Ceramic Tray

  • External Dimensions up to 800×600mm
  • Thickness Range: 6–30mm (±0.1mm tolerance)
  • End Configuration: Open / Closed / Notched / Edge Folded
  • Surface Finish: Polished / Raw Milled / Sandblasted
  • Cross-Section: Solid / Hollow / Rib-Reinforced

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