This category lists 13 factory-direct new stainless steel reactors<\/strong> \u2014 double-layer (jacketed) vessels from the BSF-2L bench unit through BSF-50L and BSF-100L pilot sizes up to the BSF-200L, so you can scale one jacketed design from lab trials to pilot production. Each model page covers lid ports, stirring and jacket connections; if your process needs visual monitoring instead, compare the Glasreaktor<\/a> line, or send your specifications<\/a> for model matching.<\/p>\n UnionClay Stainless Reactor pages are built for procurement teams comparing stainless steel reactor options with model-level product pages, related equipment and quotation support. This category is relevant for buyers comparing metal reactor construction, lid ports, stirring, condenser support and jacket connections.<\/p>\n Common search and AI-discovery terms for this category include stainless steel reactor, jacketed stainless steel reactor, pilot reactor, double-layer stainless steel reactor. Use this hub to compare models, confirm process fit and move from product browsing to equipment matching.<\/p>\n Start with the working capacity, target temperature or vacuum condition, medium compatibility, connection size, voltage, control requirements and the equipment already in the process line. For quote-first procurement, share process details so UnionClay can recommend a model and matching support equipment.<\/p>\n Send the target capacity, working medium, temperature range or vacuum requirement, voltage, connection size, application and any customization needs.<\/p>\n Yes. UnionClay can match reactors, chillers, heating and cooling circulators, vacuum pumps, filtration equipment, rotary evaporators, distillation systems and related support equipment according to the workflow.<\/p>\n Customer BSF sheets provide model-level details for double-layer stainless steel reactor capacities and configurations.<\/p>\n Every stainless steel reactor page in this category is lined up below — BSF double-layer frames from 2L bench scale to the 200L pilot frame plus the 316-material pages — with vessel size, stirring speed band, motor drive and jacket connection data taken from the published specification sheets.<\/p> Values are aggregated from the specification tables and parameter sheets published on each UnionClay product page. A dash means the page does not publish that value. Complete parameters, safety protection data and connector details are on each linked product page.<\/p> Series snapshot from the table: 13 pages — ten BSF model pages from 2L to 200L plus three 316-material span pages covering 1L to 100L. Vessel bodies run Φ152 to Φ660. Drives run 90W direct on the bench frames to 400W gear-reduced at 150L-200L, with stirring bands of 60-1000 rpm (bench) and 60-600 rpm (10L and up). Jacket circulation ports: four male-thread standard, a KF25 clamp option on the 5L, six ports on the 200L.<\/p><\/div> Capacity picks the frame, but the stirring column is the detail that catches people. The 2L to 5L bench frames publish 60-1000 rpm with direct 90W motors; every frame from 10L upward switches to gear-reduced drives — 90W rising to 400W at 150L and 200L — capped at 60-600 rpm. A process that genuinely needs more than 600 rpm has to live in the bench frames; no 30L configuration on this sheet changes that. On the jacket side, most frames publish four male-thread circulation ports, the 5L adds a KF25 clamp ferrule option, and the 200L frame moves to six ports.<\/p><\/div> Published vessels run 2L to 200L. The 2L and 3L share one OD Φ152*H220 vessel body, the 5L steps to Φ254, the 10L to 100L frames sit on Φ325 to Φ403 builds, and the 200L jumps to Φ660. The size column is the fastest reality check against bench or floor space.<\/p><\/li> 60-1000 rpm is published only on the 2L, 3L and 5L direct-drive frames. From 10L upward the sheets list 1\/3 gear reduction and a 60-600 rpm band — torque replaces speed as the frame grows. Check the speed band before the capacity, not after.<\/p><\/li> The BSF model pages publish full vessel and electrical data. The 316 stainless steel reactor pages cover 316-material builds across 1L-100L spans and publish lid and port reference data — φ130\/φ110 flange lid with clamp fixing and a φ40 stirring flange. Confirm the material grade scope at quotation.<\/p><\/li> These are jacketed vessels: the jacket needs an external circulation loop. GDX heating and cooling integrated machines publish matched reactor volumes up to 100L, and recirculating chillers cover cooling-only duty — both hubs are linked below.<\/p><\/li><\/ul> Worked read of the table: a 50L pilot batch stirred at 400 rpm lands on BSF-50L — Φ403 vessel, 120W gear-reduced drive, 60-600 rpm band, four male-thread jacket ports. The same batch at 800 rpm has no home in this table: above 600 rpm only the 2L-5L direct-drive frames are published, so the requirement either moves to bench scale or becomes a custom-drive question at quotation. Capacity first, speed band second, jacket hardware third.<\/p><\/div> The 2L and 3L share one OD Φ152*H220 vessel; the 5L steps to OD Φ254*H320. All three publish direct 90W drives with the 60-1000 rpm band, and the 5L is the one frame adding a KF25 clamp ferrule option on the jacket ports — useful when the loop hardware is already clamp-based.<\/p><\/li> Vessel bodies grow from Φ325 (10L) through Φ354 (20L) to Φ403 (30L and 50L), and the drives switch to 1\/3 gear reduction at 90W to 120W with the 60-600 rpm cap. This is the span where pilot work usually lands — and where the rpm ceiling starts to matter.<\/p><\/li> The 100L keeps the Φ403 body with a 250W gear-reduced drive; the 150L and 200L move to 400W, and the 200L jumps to a Φ660 vessel with six jacket circulation ports instead of four. Floor space, hoisting and loop sizing all change character at this end of the table.<\/p><\/li> The three 316 pages cover 1L-2L, 3L-5L and 10L-100L spans for 316-material builds. Their published sheet is lid and port reference data: an outer φ130mm \/ inner φ110mm flange lid with clamp fixing, a φ40mm stirring flange and female threaded union connectors for funnel, condenser and thermometer sleeve.<\/p><\/li><\/ul> Reading the sheets correctly matters more here than anywhere else in the catalog: the BSF model pages publish full vessel, electrical and accessory data per model, while the 316 pages reference the bench-scale BSF-1L\/2L\/3L sheet as port layout guidance for their wider capacity spans. The BSF sheets also map lid ports A through H per frame — dosing, reflux, temperature probe and vacuum each claim a port, so the port map belongs in the inquiry alongside the capacity.<\/p> The published applications for this category — pilot reaction, stainless vessel mixing, temperature-controlled synthesis and process development — all assume that pairing of vessel and loop. That is why the comparison table carries the jacket port column next to the motor column: the mechanical interface to the circulation equipment is as much a selection criterion as the capacity itself.<\/p> The BSF sheets go deeper than the columns shown here, and the depth is worth knowing before an accessory order: each model page also publishes its constant-pressure funnel configuration, a condenser specification (Φ76*L340 tube bundle on the 5L, Φ102*L300 coil through the mid-range, Φ134*L780 tube bundle on the 200L), the stirring shaft dimensions, stainless steel shaft and bottom-discharge materials, and the impeller type — two-blade anchor on most frames, double-layer cross on the BSF-200L. The comparison table gets you to the right frame; the accessory rows on that frame’s page finish the configuration.<\/p> What these pages do not publish: the steel grade on the BSF sheets (they state stainless steel without a grade — the 316 pages exist precisely for grade-specific builds), jacket pressure ratings and jacket temperature limits. Confirm grade certificates and jacket duty in the quotation rather than assuming them from the table.<\/p> The BSF sheets say stainless steel without naming a grade; the 316 pages exist separately for grade-specific builds. If an audit will ask for the material certificate, the inquiry should ask first.<\/p><\/li> The 60-1000 rpm band is published only on the 2L-5L direct-drive frames. From 10L upward the sheets cap at 600 rpm with gear reduction — a high-shear step planned at 30L needs a different plan.<\/p><\/li> Most frames publish four male-thread circulation ports, but the 5L offers a KF25 clamp option and the 200L runs six ports. Hose and fitting orders should follow the port column, not the last project.<\/p><\/li> A jacketed vessel without its circulation loop is a tank. The GDX pairings reach exactly the 100L top of the matched range — quote the reactor and the loop together and the sizing argument disappears.<\/p><\/li><\/ul> The sheets answer capacity and speed; the inquiry should answer the rest:<\/p> Only the bench frames. BSF-2L, BSF-3L and BSF-5L publish 60-1000 rpm with direct 90W motors. From BSF-10L upward every sheet lists a gear-reduced drive with a 60-600 rpm band — if high shear is the requirement, plan it at bench scale or discuss a custom drive at quotation.<\/p><\/div> Four male-thread circulation ports on most frames, with the 5L adding a KF25 clamp ferrule option and the BSF-200L listing six ports. Match these against existing hoses and the circulation equipment before piping — the exact thread specification sits on each product page.<\/p><\/div> Use the matched-reactor pairings in the heating and cooling integrated machine hub: GDX frames pair with 1-5L up to 100L jacketed vessels. Share the vessel capacity, jacket ports and temperature window with UnionClay and the loop gets sized as one system.<\/p><\/div> A jacketed reactor is half of a system; the circulation loop is the other half. These hubs cover the matching equipment, and UnionClay quotes the vessel and the loop together.<\/p>Stainless Reactor Selection Guide<\/h2>\n
Anwendungen<\/h2>\n
How to Choose Stainless Reactor<\/h2>\n
Featured Models in This Category<\/h2>\n
Related Equipment Hubs<\/h2>\n
Fragen und Antworten<\/h2>\n
What information should I provide before requesting a quote?<\/h3>\n
Can UnionClay match this category with other process equipment?<\/h3>\n
Is the content on this category based on real product material?<\/h3>\n
Stainless Steel Reactor Full-Series Specification Comparison<\/h2>
Produktseite<\/th> Model(s)<\/th> Vessel capacity<\/th> Vessel size (mm)<\/th> Stirring speed<\/th> Motor<\/th> Jacket circulation ports<\/th><\/tr><\/thead> BSF-200L Double-layer Stainless Steel Reactor<\/a><\/td> BSF-200L<\/td> 200 L<\/td> \u03a6660*H<\/td> 60-600 rpm<\/td> 400W 1\/3 gear reduction<\/td> 6 male thread<\/td><\/tr> BSF-150L Double-layer Stainless Steel Reactor<\/a><\/td> BSF-150L<\/td> 150 L<\/td> \u03a6403*H<\/td> 60-600 rpm<\/td> 400W 1\/3 gear reduction<\/td> 4 male thread<\/td><\/tr> BSF-100L Double-layer Stainless Steel Reactor<\/a><\/td> BSF-100L<\/td> 100 L<\/td> \u03a6403*H<\/td> 60-600 rpm<\/td> 250W 1\/3 gear reduction<\/td> 4 male thread<\/td><\/tr> BSF-50L Double-layer Stainless Steel Reactor<\/a><\/td> BSF-50L<\/td> 50 L<\/td> \u03a6403*H<\/td> 60-600 rpm<\/td> 120W 1\/3 gear reduction<\/td> 4 male thread<\/td><\/tr> BSF-30L Double-layer Stainless Steel Reactor<\/a><\/td> BSF-30L<\/td> 30 L<\/td> \u03a6403*H<\/td> 60-600 rpm<\/td> 90W 1\/3 gear reduction<\/td> 4 male thread<\/td><\/tr> BSF-20L Double-layer Stainless Steel Reactor<\/a><\/td> BSF-20L<\/td> 20 L<\/td> \u03a6354*H<\/td> 60-600 rpm<\/td> 90W 1\/3 gear reduction<\/td> 4 male thread<\/td><\/tr> BSF-10L Double-layer Stainless Steel Reactor<\/a><\/td> BSF-10L<\/td> 10 L<\/td> \u03a6325*H<\/td> 60-600 rpm<\/td> 90W 1\/3 gear reduction<\/td> 4 male thread<\/td><\/tr> BSF-5L Double-layer Stainless Steel Reactor<\/a><\/td> BSF-5L<\/td> 5 L<\/td> OD \u03a6254*H320<\/td> 60-1000 rpm<\/td> 90 W<\/td> 4 male thread\/KF25 clamp ferrule<\/td><\/tr> BSF-3L Double-layer Stainless Steel Reactor<\/a><\/td> BSF-3L<\/td> 3 L<\/td> OD \u03a6152*H220<\/td> 60-1000 rpm<\/td> 90 W<\/td> 4 male thread<\/td><\/tr> BSF-2L Double-layer Stainless Steel Reactor<\/a><\/td> BSF-2L<\/td> 2 L<\/td> OD \u03a6152*H220<\/td> 60-1000 rpm<\/td> 90 W<\/td> 4 male thread<\/td><\/tr> 316 Stainless Steel Reactor 1L-2L<\/a><\/td> BSF-1L \/ BSF-2L \/ BSF-3L (sheet)<\/td> 1L-2L<\/td> —<\/td> —<\/td> —<\/td> —<\/td><\/tr> 316 Stainless Steel Reactor 3L-5L<\/a><\/td> BSF-1L \/ BSF-2L \/ BSF-3L (sheet)<\/td> 3L-5L<\/td> —<\/td> —<\/td> —<\/td> —<\/td><\/tr> 316 Stainless Steel Reactor 10L-100L<\/a><\/td> BSF-1L \/ BSF-2L \/ BSF-3L (sheet)<\/td> 10L-100L<\/td> —<\/td> —<\/td> —<\/td> —<\/td><\/tr><\/tbody><\/table> How to Choose Within the BSF Range<\/h2>
By capacity and footprint<\/h3>
By stirring requirement<\/h3>
BSF series or 316 pages<\/h3>
Temperature control matching<\/h3>
Frame-by-Frame Notes from the Published Sheets<\/h2>
BSF-2L, 3L and 5L bench frames<\/h3>
BSF-10L to 50L frames<\/h3>
BSF-100L to 200L frames<\/h3>
316 stainless steel reactor pages<\/h3>
How to Read the BSF and 316 Sheets<\/h2>
Mistakes This Table Is Built to Prevent<\/h2>
Assuming a steel grade<\/h3>
Expecting 1000 rpm at pilot scale<\/h3>
Piping the jacket from habit<\/h3>
Forgetting the other half of the system<\/h3>
Quote Checklist for This Category<\/h2>
Selection FAQ<\/h2>
Which stainless steel reactor frames support stirring above 600 rpm?<\/h3>
What jacket connections do BSF reactors publish?<\/h3>
How do I match a heating and cooling unit to these reactors?<\/h3>
Related Equipment and Quotation Support<\/h2>