Quick answer: A Recovery Assembly is a modular borosilicate glass setup used to reclaim and purify solvent from a reaction or extraction mixture, operating under vacuum or atmospheric pressure as a standard technique in organic chemistry laboratories. Recovery Assembly is priced at approximately ₹765 (indicative market benchmark, incl. GST, August 2026).
The Recovery Assembly is built from borosilicate 3.3 glass for chemical resistance and thermal stability, and is designed to reclaim solvent from a reaction or extraction mixture so it can be reused or the remaining compound isolated. It can operate under either vacuum or atmospheric pressure depending on the solvent’s properties and the sensitivity of the compound being recovered. Solvent recovery is a routine step in organic synthesis and extraction procedures taught in college chemistry laboratories, both for cost-effective solvent reuse and for isolating a purified product at the end of a reaction sequence.
Technical Specifications
| Parameter | Detail |
|---|---|
| Product Type | Modular solvent recovery assembly |
| Construction | Borosilicate 3.3 glass |
| Function | Solvent reclamation and purification under vacuum or atmospheric pressure |
| Typical Use | Solvent recovery after organic synthesis or extraction procedures |
| Exact joint size / vacuum rating | Not independently verified for this listing — confirm with STEMAids before ordering |
| Price | Approx. ₹765 (indicative market benchmark, incl. GST, August 2026) |
| Exact dimensions/technical detail | Not independently verified for this listing — confirm with STEMAids before specifying in a tender |
Applications
- Solvent recovery and reuse after organic synthesis reactions
- Isolating purified product following an extraction procedure
- Teaching solvent recovery technique in college organic chemistry laboratories
- Research-level workflows requiring efficient solvent reclamation
Care & Maintenance
- Check all ground glass joints for a tight seal before operating under vacuum
- Apply appropriate joint grease or PTFE sleeves to maintain seal integrity
- Clean glassware promptly after each solvent recovery run to prevent residue buildup
Why Choose STEMAids
STEMAids supplies a wide range of Chemistry Lab Equipments including Aspirator for related laboratory and classroom needs. Eduscope Smart Learning Solutions Private Limited is a Udyam-registered micro manufacturing enterprise (UDYAM-DL-06-0069460) and ISO 9001:2015 certified, supplying schools, colleges and vocational institutes across India and for export.
Frequently Asked Questions
What does a recovery assembly do?
It reclaims solvent from a reaction or extraction mixture, allowing the solvent to be reused and/or the remaining compound to be isolated, operating under vacuum or atmospheric pressure depending on the setup.
Can this be used under vacuum?
Yes, the assembly is designed to operate under either vacuum or atmospheric pressure depending on the solvent and application; exact vacuum rating has not been independently verified for this listing — confirm with STEMAids.
Is this suitable for a college organic chemistry lab?
Yes — solvent recovery is a routine part of organic synthesis and extraction coursework, and this assembly is designed for that kind of teaching and research use.
What ground glass joint size does this assembly use?
Exact joint sizing has not been independently verified for this listing — confirm compatibility with your existing glassware with STEMAids before ordering.
Does STEMAids supply this as a complete set or individual components?
Contact STEMAids to confirm whether this is supplied as a complete assembly or individual components that can be ordered separately.
Is STEMAids a registered manufacturer of this product?
Yes. Eduscope Smart Learning Solutions Private Limited is a Udyam-registered micro manufacturing enterprise (UDYAM-DL-06-0069460) and is ISO 9001:2015 certified. See the About page for full registration and certification details — manufacturer-stated, verify before citing in procurement documents.
Last updated: 29 August 2026.
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