1200 mm width
The narrowest format fits a compact experiment or preparation station where bench space is limited.
PRODUCT / TECHNICAL DATA Clean Laboratory Equipment & SuppliesSpecifications / Configurations / Procurement
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Clean Laboratory Equipment & Supplies
Laboratory Fume Hood
Product specifications
| Brand | ST |
|---|---|
| Construction options | Steel or polypropylene (PP) |
| Formats | Benchtop; complete unit with base cabinet |
| Steel hood body | 1.0 mm steel; galvanized or cold-rolled construction according to configuration |
| Steel hood finish | Electrostatically applied epoxy resin powder coating, cured at high temperature |
| Steel fabrication | 2000 W CNC laser cutting and CNC bending |
| Steel hood liner and baffles | 4 mm or 5 mm compact laminate, according to configuration |
| Steel hood rear panel | 4 mm solid compact laminate in the detailed configuration |
| Steel hood roof panel | 7 mm solid compact laminate; corrosion and chemical resistance |
| Steel hood baffle assembly | Three-section structure with moulded PP fixings |
| Steel hood sash glazing | 4 mm or 5 mm tempered glass, according to configuration |
| Steel hood sash frame and handle | Aluminium alloy profiles with cured epoxy powder coating |
| Steel hood sash mechanism | Rear counterweight, synchronised pulley/belt drive and continuously adjustable stopping position |
| Steel hood sash guides | Corrosion-resistant polyethylene (PE) |
| Steel hood sash opening height | 740 mm |
| Steel hood worktop | 12.7 mm solid chemical-resistant laminate |
| Worktop properties | Acid, alkali, corrosion and impact resistance |
| Worktop formaldehyde emission grade | E1 |
| Steel hood electrical controls | LCD control panel, 10 A six-hole sockets and circuit breaker |
| Steel hood wiring | 2.5 mm² copper-core conductors |
| Optional water service | PP drip cup/sink and single-outlet brass tap with cross handle, installed inside the hood |
| Customisation | Dimensions, construction and service configuration |
Customization availableSpecifications can be customized to your requirements.
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Specify the quantity and configuration in your inquiry.
Laboratory Fume Hood draws chemical fumes and vapours away from the operator into an exhaust system. The enclosure and front sash keep reagent preparation and wet-chemistry work within a defined extraction area, limiting the spread of emissions into the laboratory.
Steel and polypropylene versions provide different construction choices for the chemicals in use. A benchtop hood fits a suitable existing support, while a complete unit includes the base cabinet for a new workstation.
MODELS AND DIMENSIONS
Material, format and size options
| Construction | Format | Width (mm) | Depth (mm) | Height (mm) |
|---|---|---|---|---|
| Steel | Benchtop | 1200 | 850 | 1500 |
| Steel | Benchtop | 1500 | 850 | 1500 |
| Steel | Benchtop | 1800 | 850 | 1500 |
| Steel | Complete unit | 1200 | 850 | 2350 |
| Steel | Complete unit | 1500 | 850 | 2350 |
| Steel | Complete unit | 1800 | 850 | 2350 |
| Polypropylene (PP) | Benchtop | 1200 | 850 | 1500 |
| Polypropylene (PP) | Benchtop | 1500 | 850 | 1500 |
| Polypropylene (PP) | Benchtop | 1800 | 850 | 1500 |
| Polypropylene (PP) | Complete unit | 1200 | 850 | 2350 |
| Polypropylene (PP) | Complete unit | 1500 | 850 | 2350 |
| Polypropylene (PP) | Complete unit | 1800 | 850 | 2350 |
The maximum sash opening provides loading access; use the operating sash position established during exhaust-system commissioning.
MODEL DIFFERENCES
Which configuration fits the task
1500 mm width
The middle width gives more room to separate apparatus from reagent handling without using the largest footprint.
1800 mm width
The widest version accommodates a broader apparatus layout; maintain clear rear extraction slots around the equipment.
Benchtop and complete formats
Both use 850 mm depth. The 1500 mm-high benchtop format requires a supporting bench; the 2350 mm-high complete format includes its base.
FEATURES AND BENEFITS
How it helps
Rear baffle extraction
The slotted, three-section baffle guides air towards the rear exhaust path; keeping the slots clear helps air move around the apparatus.
Adjustable working access
The counterbalanced sash moves vertically and holds its selected position, giving access for setup and a front barrier during work.
Chemical-resistant work surface
The solid laminate worktop resists compatible reagents and routine impact, providing a practical surface for preparation and analysis.
Services close to the task
Front electrical controls and optional in-hood water fittings keep equipment connections and water access near the work area.
APPLICATIONS
Where it is used
Pharmaceutical and chemical laboratories
Extract vapours during reagent preparation and chemical analysis with materials selected for the substances used.
Inspection and quality-control laboratories
Contain emissions around sample preparation and wet-chemistry tests requiring local exhaust.
Environmental monitoring laboratories
Provide an extracted work area for preparing environmental samples with volatile or corrosive reagents.
Power-sector laboratories
Support chemical testing of process water and other plant samples that release vapours during preparation.
Water and wastewater laboratories
Extract fumes generated by reagent handling and water-quality analysis at treatment facilities.
Universities and research institutes
Provide local extraction for teaching experiments and research procedures selected for the hood's chemical compatibility.
Hospital laboratories
Support chemical reagent preparation and analytical work requiring fume extraction.
SELECTION GUIDANCE
Choosing the configuration
Steel or polypropylene
Choose materials against the actual chemicals, concentrations and temperatures; PP is useful for corrosive work, while the complete lining, glazing and worktop must suit the procedure.
Exhaust and room air supply
Coordinate the hood with suitable ductwork, extraction fan, discharge treatment and room make-up air; check containment and airflow at the installed operating sash position.
Benchtop or complete unit
Use the benchtop format with a suitable supporting bench, or choose the complete cabinet format for a new laboratory workstation.
PRACTICAL QUESTIONS
Questions about this product
Different tasks require different airflow protection
A chemical fume hood captures chemical emissions through extraction. A clean bench protects the work from airborne particles, and a biosafety cabinet is selected for biological containment; they are not interchangeable.
PROCUREMENT / INQUIRY
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