About This 1300°C Lab Furnace 880 x 885 x 880 MM Chamber
Trutherm Lab Furnace models cover common laboratory furnace requirements with digital temperature control, insulated chamber construction and optional customized sizes for samples, crucibles and trays.
This configuration is suitable when the sample load must fit a 880 x 885 x 880 MM chamber with usable chamber volume of 685.3 litre, approximate power load of 40.6 kW, square chamber profile. It is commonly selected for laboratory, QC, metallurgical, ceramic, pharmaceutical and industrial heat-treatment work requiring stable heating and repeatable process conditions. Typical use includes general laboratory and industrial heat-treatment applications requiring stable, repeatable temperature control.
Equivalent chamber references: 880 x 885 x 880 MM, 88 x 89 x 88 CM and 35 x 35 x 35 INCH. Buyers searching for 1300 Degree Celsius Lab Furnace 880 x 885 x 880 MM chamber; 1300°C Lab Furnace 880 x 885 x 880 MM; 1300 Degree Celsius Lab Furnace 88 x 89 x 88 CM chamber; 1300°C Lab Furnace 88 x 89 x 88 CM; 1300 Degree Celsius Lab Furnace 35 x 35 x 35 INCH chamber; 1300°C Lab Furnace 35 x 35 x 35 INCH can verify the same physical chamber on this canonical product page before requesting price, GST invoice, packaging and delivery.
Trutherm manufactures 1300 Degree Celsius (°C) Lab Furnace 880 x 885 x 880 MM Chamber for buyers who search by exact machine type, chamber size and 1300°C temperature rating. This page is specific to the MM dimension version, so the chamber size is presented in the unit normally used in the buyer's drawing, tender or purchase request.
A muffle furnace isolates the sample from direct contact with heating elements or combustion gases, giving cleaner, more repeatable results than an open flame or hot-plate process.
Because muffle furnaces are used across ashing, drying, calcination and light heat-treatment, the chamber and controller are specified for flexibility rather than one narrow process window.
FAQs for 1300 Degree Celsius (°C) Lab Furnace 880 x 885 x 880 MM Chamber
Is this chamber size available in CM and INCH also?
Yes. The same chamber is listed as 880 x 885 x 880 MM, 88 x 89 x 88 CM and 35 x 35 x 35 INCH so searches and purchase documents using any common dimension unit match this product.
How is pricing decided for 1300 Degree Celsius (°C) Lab Furnace 880 x 885 x 880 MM Chamber?
Price depends on chamber size, temperature rating, insulation, heating element, controller, electrical load, packaging, GST and delivery requirements.
What is Lab Furnace typically used for?
Typical use includes general laboratory and industrial heat-treatment applications requiring stable, repeatable temperature control.
What is 1300 Degree Celsius (°C) Lab Furnace 880 x 885 x 880 MM Chamber best suited for?
It is best suited for controlled heating jobs where this exact 880 x 885 x 880 MM chamber size must fit the sample, crucible, tray or batch volume.
Can Trutherm supply 1300 Degree Celsius (°C) Lab Furnace 880 x 885 x 880 MM Chamber with custom controls?
Yes. Controller type, safety devices, body material, power connection and documentation can be configured according to application and site requirements.
Application Examples
- General laboratory heat treatment, drying and ashing across sample types.
- Calcination and loss-on-ignition testing.
- Small-batch annealing and stress-relieving of metal parts.
- Teaching and demonstration use in institutional labs.
Industry Use-Cases
- Multi-purpose QC and testing laboratories.
- Educational institutions running heat-treatment demonstrations.
- Small manufacturers needing an all-round furnace.
- Research groups with varied, low-volume heating needs.
Recommended Accessories
Ceramic sample trays
Spare K-type thermocouple
Heat-resistant handling gloves
PID controller upgrade
Why Choose This Lab Furnace
As a general-purpose muffle furnace, this model covers a broader range of routine heating tasks than a process-specific ashing, tube or sintering furnace, making it the practical default when the lab runs mixed sample types rather than one dedicated process.
