Batts & Plates
Stable, energy-efficient kiln supports engineered for reliable high-temperature firing. Available in standard ranges and bespoke shapes to match your process.
About this product
Industrial ceramic batts and plates are essential kiln furniture components — designed to provide a stable, heat-resistant foundation throughout the firing process. They’re used across ceramics, glass, metal sintering and other high-temperature industries, where the strength of the support directly affects firing consistency, energy use and the integrity of the ware. Our range covers plain, hollow, perforated, ribbed and pressed batts, plus sintering plates, kiln setters and machined cordierite — all available in standard shapes or engineered to your exact specification.
What that means for you
High thermal efficiency
Designed to withstand extreme temperatures and prevent thermal breakdowns in critical firing applications.
Lightweight energy efficiency
Strong yet lightweight construction reduces energy consumption and optimises kiln performance.
Durability and longevity
Excellent wear resistance — withstands repeated high-temperature cycles without degradation.
Versatile, customisable design
Wide range of shapes and thicknesses, tailored to your exact process requirements.
Cost and space optimisation
Standard and custom designs help you maximise kiln space and production efficiency.
Precision machining
Lightweight cordierite machining delivers high accuracy, fast turnaround and cost-efficient production.
Improved temperature stability and long-term reliability, consistent production cycles, and lower operational costs through greater energy efficiency and fewer replacements.
Specs at a glance
| Property | Range | Notes |
|---|---|---|
| Max service temperature | Up to 1700°C | Material-dependent |
| Hole configurations | 21 to 186 holes | Perforated multi-hole batts |
| Form options | Plain, hollow, perforated, ribbed, pressed, machined | Standard or bespoke |
| Material gradesMax service temperature | 8+ ceramic materials | Cordierite through silicon carbideMaterial-dependent |
| Hole configurations | Perforated multi-hole batts | |
| Form options | Standard or bespoke | |
| Material grades | Cordierite through silicon carbide |
See it up close
Individual products in this range
Material options
Our batts and plates are produced in a range of high-performance ceramic materials, each matched to specific firing conditions and process requirements:
– Cordierite — low thermal expansion, ideal for fast firing cycles
– Alumina — durable, high temperature and mechanical strength
– NSiC (Nitride Bonded Silicon Carbide) — excellent thermal shock resistance
– RBSiC (Reaction Bonded Silicon Carbide) — superior thermal conductivity and wear resistance
– RSiC (Recrystallised Silicon Carbide) — exceptional strength and conductivity in extreme conditions
– Mullite — strength and excellent thermal shock resistance
– Zirconia — high fracture toughness for precision applications
– Quartz — high thermal resistance, stable at elevated temperatures
Where these products work
Other ceramic components
Your questions answered
What temperature range do your batts and plates withstand?
Our batts and plates are designed for high-temperature firing across repeated cycles. The exact maximum service temperature depends on the material specified — cordierite is ideal for fast firing cycles, while RSiC and zirconia grades operate at the highest temperatures and harshest conditions. Send us your firing programme and we’ll recommend the right grade.
Can you supply custom shapes or perforation patterns?
Yes. Alongside our standard range we manufacture custom-pressed and machine-shaped batts to your exact requirements. Perforated multi-hole batts are available in configurations from 21 to 186 holes, and machined cordierite parts can be produced for short runs and prototypes.
Which material should I choose for my kiln?
It depends on your firing temperature, cycle speed, ware type and the loads supported. Cordierite suits fast-fire kilns; alumina handles higher temperatures and mechanical loads; silicon carbide variants (NSiC, RBSiC, RSiC) deliver superior thermal conductivity and shock resistance.
Do you offer lightweight kiln furniture to reduce energy use?
Yes. Our extruded/hollow batts and lightweight cordierite shapes are designed to reduce mass without compromising strength — helping lower thermal mass, energy consumption and firing cycle costs.
Are sintering plates and kiln setters available for industrial production?
Yes. We supply sintering plates engineered for powdered metal parts under high pressure and temperature, plus ceramic setters shaped to support tableware, sanitaryware and other production ware. Both standard and bespoke designs are available.
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Datasheet, drawing or quote — pick your next step
Send us your drawing, request a datasheet or talk through your firing setup — our team will help you specify the right batts and plates for your kiln.