Kiln Shelves & Plain Batts
Flat cordierite kiln shelves provide a surface for supporting ware. Discuss the footprint, thickness and flatness needed for your setting.
View Plain BattsBuild your kiln setting around the ware, the load and the firing cycle.
Explore YUFENG cordierite-mullite kiln furniture, including kiln shelves, batts, props and saggars. Share your firing conditions, dimensions and loading requirements to discuss a suitable product configuration.
Start with the shape that fits your loading arrangement. Kiln furniture works as a system: the plate, its support points and the space around the ceramic ware all influence the final specification.
Flat cordierite kiln shelves provide a surface for supporting ware. Discuss the footprint, thickness and flatness needed for your setting.
View Plain Batts ↗Compare openings and extruded cross-sections with your load and kiln layout. Confirm the contact area and support span before choosing a profile.
View Perforated Batts ↗Plan cordierite kiln posts and fittings alongside the batts. Specify support height, contact geometry and how each level will be assembled.
View Structural Components ↗Review cordierite-mullite saggars for containing or positioning a load. Provide internal dimensions, loading details and the required shape.
View Cordierite Saggars ↗Cordierite is a ceramic material associated with low thermal expansion. YUFENG’s products here use a cordierite-mullite material system, rather than describing every component as pure cordierite.
For a buyer, the useful question is how a particular grade and shape behave through the intended firing cycle. Thermal shock, expansion and strength should be considered together with the structure of the kiln setting.
Thermal shock behavior matters when kiln furniture repeatedly changes temperature. Share the heating and cooling profile, including any rapid transitions.
Expansion affects clearances and contact between components. Plan the space around the ware and the arrangement of adjacent supports.
A room-temperature strength figure cannot define the allowable load in a hot kiln. Evaluate the grade, working temperature, span and loading pattern together.
Begin with your kiln chamber, shelf layout and firing schedule. Include the weight and placement of the ware so that shelf thickness and support positions can be reviewed.
Consider plate or bowl footprints, the number of levels and the loading arrangement. Keep support locations consistent with the selected batt and the space needed for the ware.
Large or shaped ware calls for careful attention to bearing areas, component alignment and the overall support structure. Share an existing setting drawing or photos when discussing replacements.
A size match is only the starting point. For replacement parts or a new setting, send the information below so the material and geometry can be assessed against the actual duty.
| Selection factor | What to provide | Why it matters |
|---|---|---|
| Firing temperature & hold | Peak and normal operating temperatures; time at temperature | Separates a brief peak from sustained operation. |
| Heating & cooling cycle | Cycle duration, ramp rates and cooling method | Defines the thermal changes experienced in service. |
| Load & support span | Ware weight, distribution and unsupported distances | Helps review batt thickness and support layout. |
| Dimensions & tolerances | Length, width, thickness and critical contact features | Supports fit, clearance and repeatable assembly. |
| Atmosphere & contact | Kiln atmosphere, ware material and coatings used | Enables a review of the material’s working environment. |
| Order & replacement scope | Part quantities, drawings, destination and existing failures | Clarifies the supply scope and the problems to address. |
Use grade data to compare material characteristics alongside the loading and firing brief. The coefficient of thermal expansion includes its temperature interval; flexural strength includes the test temperature.
| Property / test condition | Unit | KFA | KFB | KFC |
|---|---|---|---|---|
| Bulk density | g/cm³ | 1.85 | 1.82 | 2.20 |
| Apparent porosity | % | 28 | 30 | 22 |
| Thermal expansion, 20–1000°C | 10⁻⁶ K⁻¹ | 2.6 | 2.2 | 3.2 |
| Flexural strength at 20°C | MPa | 14 | 11 | 11 |
| Flexural strength at 1250°C | MPa | 10 | 10 | 10 |
Compare materials around the same operating brief. The choice involves the complete setting, including section thickness, weight, load, atmosphere and the temperature profile.
Explore cordierite-mullite kiln furniture where the intended firing duty matches the material and component design. Consider the available shelves, hollow profiles, props and saggars as a coordinated arrangement.
For an existing setting, include service photos and the reason for replacing parts, such as cracking or distortion.
If your duty calls for another high-temperature support solution, review YUFENG’s silicon carbide kiln furniture range. Different SiC grades have different structures and service considerations.
Ask for an assessment using the same dimensions, load and firing conditions so the alternatives can be compared meaningfully.
Explore Silicon Carbide Kiln Furniture ↗From formed shapes to a finished kiln setting, geometry needs as much attention as material selection. YUFENG supplies pressed and extruded cordierite-mullite components; the manufacturing route depends on the part profile.
Identify critical dimensions, openings, support faces and tolerances. Use a drawing revision to keep the proposed component and the order specification aligned.
Agree on dimensional and appearance checks and the material information needed for the order. Request the relevant inspection records when discussing the supply scope.
Confirm piece counts, component identification and packing requirements for transport. Discuss how replacement supports and fittings should be grouped with the main parts.
It supports, positions or contains products during firing. Shelves and batts provide loading surfaces, props establish the spacing between levels, and saggars contain a load. Select the combination around the ware and the kiln layout.
Cordierite names a ceramic material, while cordierite-mullite describes a material system combining these phases. The YUFENG products featured here are cordierite-mullite. Ask for the grade designation when comparing technical data.
The suitable operating temperature depends on the material grade and component design, as well as the load, hold time and atmosphere. Send your normal and peak temperatures with the firing cycle to obtain a recommendation for the intended service.
Provide the shelf dimensions, supported weight, load distribution and proposed contact points. Thickness and span need to be reviewed together with temperature; selecting by thickness alone does not establish the allowable load.
Compare the available grades against your operating temperature, thermal cycle, load, support structure and atmosphere. A useful comparison uses the same duty and component dimensions, rather than assuming one material suits every kiln.
Send the part shape, dimensions or drawing, quantity, firing conditions, loading details and delivery destination. For replacements, include photos of the existing parts and their location in the kiln setting. State any inspection and packaging requirements.
Contact YUFENG for cordierite kiln furniture selection and sourcing. Whether you need individual batts or a coordinated set of supports, begin with the conditions the components will work under.
Have a drawing or a photo? Include a shareable file link in your inquiry, or email the file to tom@yufengrefractory.com.
Contact YUFENG directly ↗