Thermal Systems

Thermal systems are essential for maintaining and controlling temperature conditions across various laboratory applications. They provide precise temperature regulation with capabilities ranging from ambient to 350°C, supporting consistent measurement accuracy and reliability.

  1. YIELD ENGINEERING SYSTEMS POLYIMIDE BAKE CURE OVEN

    Other Ovens

    YIELD ENGINEERING SYSTEMS POLYIMIDE BAKE CURE OVEN

    Fast Ramp High Temperature Vacuum Cure Oven/Polyimide Bake Oven

    Make: Yield Engineerng Sys

    Model: YES-450PB8-2P-FR

    1 unit @ Best Price

    Scotia, NY US

    Item 181538

  3. YIELD ENGINEERING HMDS VAPOR PRIME OVEN

    Other Ovens

    YIELD ENGINEERING HMDS VAPOR PRIME OVEN

    HDMS Vapor Prime Oven

  5. LINDBERG TUBE FURNACE 1200°C

    Tube Furnaces

    LINDBERG TUBE FURNACE 1200°C

    Split Hinge Tube Furnace w/Programmable Controls Optional Single End Quartz Retort Available, See details below.

  8. HMDS FLASK ASSEMBLY REPLACEMENT FOR YIELD ENGINEERING OVENS

    Other Ovens

    HMDS FLASK ASSEMBLY REPLACEMENT FOR YIELD ENGINEERING OVENS

    HMDS Flask Assembly Direct Replacement

    Make: Capovani Brother Inc

    Model: YES HMDS Flask Replacement

    3 units @ Best Price

    Scotia, NY US

    Item 191726

  10. YIELD ENGINEERING VACUUM BAKE/VAPOR PRIME OVEN 200ºC

    Other Ovens

    YIELD ENGINEERING VACUUM BAKE/VAPOR PRIME OVEN 200ºC

    Vacuum Bake/Vapor Prime Oven This processing system combines ultimate dehydration with HMDS priming.This cost effective system reduces HMDS consumption by 95% or more comparedwith conventional spray or flood prime processes.

    Make: Yield Engineerng Sys

    Model: YES-6112R

    1 unit @ Best Price

    Scotia, NY US

    Item 11557

  11. BLUE M CLASS A VOLATILE OVEN 316C

    Other Ovens

    BLUE M CLASS A VOLATILE OVEN 316C

    Class A Volatile Oven

  12. LINDBERG TUBE FURNACE 1100 C

    Tube Furnaces

    LINDBERG TUBE FURNACE 1100 C

    Tube Furnace -- Three Zone, with Retort

Common Applications

Sample drying

Thermal testing

Material processing

Controlled heating experiments

Buying Guide

Thermal Systems Buying Guide

When selecting a thermal system, consider the specific temperature range needed for your applications, ensuring the equipment can accommodate both low and high temperature requirements.

Assess the type of convection technology, as this impacts temperature uniformity and efficiency. Mechanical convection ovens, for example, offer enhanced uniformity due to forced air circulation.

  • Verify the temperature range capabilities, ensuring it covers your experimental needs up to 350°C.
  • Consider the oven's internal dimensions in relation to the size of your samples or materials.
  • Check for built-in safety features like over-temperature protection and alarms.
  • Ensure that the equipment's construction materials are suitable for your laboratory environment, particularly in terms of durability and resistance to corrosion.

Frequently Asked Questions

What types of thermal systems are available?
Available types include gravity convection ovens, drying ovens, mechanical convection ovens, and batch forced convection ovens.
What is the temperature range of these thermal systems?
Thermal systems typically offer temperature ranges from ambient up to 350°C, depending on the specific model.
How do mechanical convection ovens differ from gravity convection ovens?
Mechanical convection ovens use fans to circulate air, ensuring uniform temperature distribution, while gravity convection ovens rely on natural airflow.
What applications are thermal systems suitable for?
Thermal systems are ideal for applications requiring controlled heating, such as sample drying, thermal testing, and material processing.