HUA Cooling supplier reference
The HL-ST1200W-A is presented by HUA Cooling as a 1200W stirling cryocooler with an integrated cooling fan for projects that need controlled ultra-low-temperature performance in demanding industrial and research systems. It is suitable for procurement teams that need a practical review page before preparing engineering questions, sample plans, and commercial discussions.
Buyers comparing a stirling cryocooler supplier can use this page to review the published cooling point, lowest temperature, stability, noise level, and application direction in one place. The layout is built for teams that want faster internal alignment before sending a formal project brief.
For companies shortlisting a stirling cryocooler manufacturer, this page also highlights article references, application fit, and inquiry details that help reduce mismatch between thermal requirements and the selected cryocooler platform.
This configuration is intended for projects that need deep cooling performance in a self-contained stirling platform with a compact mechanical package and integrated airflow support. The published product information points to use in aerospace systems, superconducting magnet cooling, MRI-related support equipment, biological sample storage, gas liquefaction, and waste heat recovery programs.
For procurement review, the most useful checks are the relationship between the required heat load and the listed 300W cooling point at minus 110 degrees Celsius, the lowest target temperature, the available installation envelope, and the system-level expectations for control, airflow, and operating noise.
| Model | HL-ST1200W-A |
|---|---|
| Product Name | 1200W Stirling Cryocooler with Integrated Cooling Fan |
| Cooling Capacity | 300W at -110C |
| Lowest Temperature | -150C |
| Temperature Accuracy | +/-0.1C |
| Noise Level | 45 dB or below |
| Service Life | More than 70000 hours |
| Cool-Down Reference | Reaches -150C in 30 minutes according to the product page |
| Configuration | Free-piston stirling cryocooler with integrated cooling fan |
| Application Direction | Aerospace, MRI support systems, superconducting magnet cooling, sample storage, gas liquefaction, waste heat recovery |
| Inquiry Status | Project-specific interface and installation details should be confirmed with the supplier |
The listed data covers cooling point, lowest temperature, stability, and operating noise, which helps purchasing and engineering teams complete an early screening round with fewer assumptions.
The supplier positions this model across several serious cooling scenarios, making it easier for multi-project teams to evaluate one cryocooler family against different end-use requirements.
A direct contact page and published article support give buyers a straightforward route for technical follow-up, internal review, and preparation of a cleaner RFQ package.
These site articles support buyers comparing return on equipment selection, replacement logic, and thermal platform fit before deeper engineering review.
This article helps procurement teams connect thermal performance with equipment life-cycle planning, operating efficiency, and the practical value of selecting the right cooling platform for long-run use.
Read ArticleA useful comparison piece for buyers who need to review technology tradeoffs, footprint implications, and operating considerations before moving from general cooling options to a defined stirling platform.
Read ArticleThis reference is relevant for teams defining load conditions, installation priorities, and temperature-control expectations in precision industrial systems where cooling consistency matters.
Read ArticleThese sample buyer perspectives reflect the type of evaluation criteria commonly used when shortlisting ultra-low-temperature cooling equipment.
Five-star rating
The published cooling figures and application notes gave our engineering team a good first-pass check before asking for interface drawings and system load confirmation. It helped us narrow down which projects justified deeper supplier discussions.
Five-star rating
We were reviewing options for stable ultra-low-temperature control, and this page made it easier to compare noise, temperature stability, and application fit. The supporting articles were also helpful for internal technical review.
Five-star rating
The layout focused on the information we needed most: thermal capability, likely end uses, and where further confirmation was still required. That made supplier comparison more efficient for our sourcing and design teams.
Buyers should first align the target cooling temperature, required load, mounting space, power supply conditions, noise limits, and control interface with the project requirement. The published product data gives a practical starting point, but final selection should match the actual thermal load and system integration plan.
The product page lists 300W cooling capacity at minus 110 degrees Celsius, a lowest temperature of minus 150 degrees Celsius, temperature accuracy of plus or minus 0.1 degrees Celsius, noise at or below 45 decibels, and designed service life above 70000 hours. Buyers can use these figures as a screening reference before project-specific testing.
Cooling capacity should be reviewed together with the actual thermal load, pull-down target, insulation quality, ambient temperature, and duty cycle. Procurement teams usually ask the supplier to compare the intended chamber or device load against the published cooling point so the selected cryocooler is not undersized.
The supplier presents this model for aerospace, superconducting magnet cooling, MRI support systems, biological sample preservation, gas liquefaction, and waste heat recovery. Buyers should still confirm the operating envelope, interface requirements, and environmental conditions for the exact installation.
A useful inquiry should include the target temperature range, heat load, chamber volume or cooled component details, power conditions, installation orientation, ambient environment, control expectations, annual demand, and any drawing or interface limits. Clear project data helps the supplier respond with a more relevant recommendation.
The integrated cooling fan matters because it affects packaging, airflow planning, service access, and overall system layout. Buyers comparing suppliers should review how the cooling fan arrangement fits the enclosure, surrounding components, and maintenance approach used in the final equipment.
