Ever Great Lab Furniture, 广东省佛山市南海区狮山镇官窑大榄工业一区智博工业园H1座, Foshan (2026)

08/10/2026

A Gas Cylinder Cabinet That Fits 1, 2 or 3 Cylinders

Walk into most labs and ask where the calibration gas lives. You get pointed to a corner — one cylinder strapped to a wall bracket, maybe another leaning against a bench because someone wanted it closer to the instrument.

That's fine, right up until it isn't.

A full cylinder is a lot of stored energy sitting on a very small base. Upright and properly fixed, it's just inventory. Loose, or lying down, it's something else. Add a slow leak in a closed room and you have a problem nobody notices until the detector finally does.

Oddly, this is the part of laboratory furniture people spec last — and the part a safety walkthrough tends to stop at first.

Where the EG-S0-CB005 fits

The EG-S0-CB005 is a gas cylinder safety cabinet from Guangdong Ever Great Laboratory Equipment Co., Ltd., a lab furniture manufacturer based in Foshan, China, supplying the US, EU, Middle East and Africa. It's a steel cabinet with a purging system, made for chemical, semiconductor and industrial-gas laboratories.

Practical numbers: 900 x 450 x 2000 mm, built from 1.0 mm cold-rolled steel with a powder coating finish. Single-, double- and triple-cylinder versions exist, so you can match the cabinet to how many cylinders you actually cycle through.

Three things worth deciding before you send an RFQ:

Cylinder count. One dedicated calibration gas, or three on rotation feeding a semiconductor tool? Single, double and triple aren't cosmetic — they change the internal layout and the cylinder-fixing provisions, with an anti-tip arrangement rather than a cabinet you lean things against.

Alarm and exhaust linkage. This model supports alarm/exhaust linkage configuration. If your room already runs gas detection, that's where the cabinet stops being a box and becomes part of your response chain.

Purging. The automatic purging option is a choice, not a default. Labs swapping cylinders often want it; a lab holding one stable, non-reactive gas may not.

What changes day to day? Cylinders get a fixed home. Changeouts follow a routine instead of a debate. And if something does escape, the linkage tells someone while the gas is still inside the cabinet.

One honest limit: this is a steel cabinet, not PP. If your cylinders sit in a splash-heavy, heavily acidic zone, a chemical resistant safety cabinet in polypropylene is the better conversation.

On the supply side, Ever Great runs OEM/ODM work with a 1-unit MOQ, 10–30 day lead times, 100% product testing, and after-sales covering service level agreements, technical assistance and spare parts.

So when you reach out, tell us five things: cylinder count, which gases, whether you need alarm/exhaust linkage, whether you want the purging option, and your room layout plus exhaust route. That's enough for an accurate quote instead of a guess.

How many gas cylinders are standing in your lab right now — one, two, or a rotating three?

05/10/2026

C-Frame Wall Bench + Island Bench: A Real Install

Half the C-frames were bolted to the wall. The island bench was still sitting on its pallet in the middle of the room, waiting for two more people to lift the worktop.

That's the moment a lab layout finally starts making sense in person.

Along the walls, the C-frame wall laboratory bench (EG-S0-LB003) runs 1200, 1500 or 1800 mm wide, 750 mm deep, at 850 mm working height, with a 12.7 mm phenolic worktop on a 40 x 60 x 1.8 mm steel tube frame. Because it's a suspended C-frame, the space below stays open — storage and knee room without eating into the aisle. In a tight room, that gap matters.

The island laboratory bench (EG-S0-CB005) takes the center: 3000 or 3600 mm long, 1500 mm deep, full steel with 1.0–1.2 mm panels, and a worktop choice of 12.7 mm phenolic, 20 mm ceramic, or epoxy resin. The 220V/10A socket modules sit so two people can share the bench without working around each other.

One bench for individual stations along the wall. One for shared tasks in the middle. In chemical, pharmaceutical, and QC rooms, where surfaces see acids, solvents, and heat all day, that split ends up doing more work than either bench alone.

Overseas transit is where these builds get tricky. A C-frame and a 3-meter island don't arrive intact by luck. What helps: KD mortise-and-tenon pre-assembly, heavy-duty export plywood crating with vacuum foil wrap, and a 100 percent pre-assembled test fit before anything leaves the factory. On site, color-coded hardware labeling, 3D modular assembly video guides, spare wear parts packed into the container, and remote engineer guidance take most of the guesswork out of a first-time local install.

We're Guangdong Ever Great Laboratory Equipment Co., Ltd., a lab furniture manufacturer based in Foshan, working with OEM and ODM builds, a monthly output of 2,000 units, and an MOQ of 1 unit.

So, for anyone who has stood in a half-finished lab holding a torque wrench: what slowed your install down the most — the crates, the drawings, or hunting for the right bolt?

02/10/2026

A Loose Gas Cylinder Is a Leak Waiting to Happen

A Loose Gas Cylinder Is a Leak Waiting to Happen

You've seen it. A cylinder parked at the end of a bench, standing free, one hand-width from the walkway. Maybe there's a chain on the wall - just not around the cylinder.

It happens everywhere: chemical labs, semiconductor fabs, industrial gas benches. Nobody decides to leave it like that. It just ends up there.

Here's what's actually at risk. A cylinder that isn't secured can tip. If it goes over and the valve takes the hit, a full cylinder with a damaged valve can turn into a projectile. And a cylinder sitting in a dead corner with poor airflow leaks quietly - until a detector picks it up or an auditor asks how gas storage is managed on site.

Three problems, and all three are storage problems.

Guangdong Ever Great Laboratory Equipment Co., Ltd., a Foshan-based manufacturer of lab benches, fume hoods, and safety storage cabinets, builds a gas cylinder safety cabinet (model EG-S0-CB005) around exactly those three issues.

Size first: 900 x 450 x 2000 mm. Tall enough to take a full-length cylinder standing up. The body is 1.0 mm cold-rolled steel with powder coating, which matters in a working lab, not a showroom.

On tip-over, it comes down to two things - the cabinet's anti-tip layout, and cylinder-fixing provisions that hold the cylinder inside the cabinet instead of letting it lean against a wall. Single-, double-, or triple-cylinder configurations cover both the bench running one carrier gas and the lab running a full rack.

For leaks, the cabinet takes an automatic purging option plus an alarm/exhaust linkage configuration, so your gas detection and exhaust don't have to operate as a separate, unconnected set of systems. If you want leak-sensing and alarm integration as part of a wider safety station, that configuration appears on Ever Great's integrated emergency safety cabinet (EG-SF-CB011).

Compliance is the part most people leave until the audit. In Europe, EN 14470-1 classifies fire-resistant storage cabinets into Type 15, 30, 60, or 90 by how long the internal temperature stays within the limit - it's the reference buyers quote most often, so it's worth knowing which type your market expects before you order, not after.

Quick checklist before you spec a cabinet:
- How many cylinders, and how tall is the tallest one? Then single, double, or triple
- Inside the lab, or outside with ducting? Then purge and exhaust linkage
- Gas detector already installed? Then tie it into alarm linkage
- Does your market expect a fire-resistance rating? Then ask for documented evidence
- Ceiling clearance for a 2000 mm unit? Then check it before delivery day

Cylinders get moved by whoever is closest and parked wherever there's floor space. So - in your lab right now, is the cylinder chained, or is it just standing there?

29/09/2026

Build a Safer Chemical Lab: Our Recommended Cabinet Setup

Three cabinets usually fix most of a chemical lab's storage problems.

Not because three is a magic number. It's because a chemical lab handles three different kinds of hazard — flammable solvents, corrosive acids and bases, compressed gas cylinders — and they don't belong on the same shelf.

Here's the setup we suggest most often when a lab deals with all three.

Solvents → flammable safety cabinet EG-SF-LB005
The EG-SF-LB005 is a yellow fireproof chemical safety cabinet with a 45 gallon nominal capacity and a 1090 x 460 x 1650 mm footprint. It's built from 1.2 mm double-wall steel with a 38 mm air barrier between the walls — that gap is the whole point of a double-wall build, since it slows heat transfer toward whatever is stored inside. You also get a 51 mm spill sump, adjustable shelves, dual flash-arrested vents, a three-point latch on the door, and a grounding provision for bonding.

Acids and bases → PP acid and alkali storage cabinet EG-PP-CB003
Aggressive reagents don't belong in steel, however good the coating is. The EG-PP-CB003 is a metal-free cabinet: 8.0 mm PP sheet, PP hardware, three adjustable spill-containment shelves, a bottom sump, and a Dia. 110 mm exhaust port if you plan to vent it. Size is 900 x 450 x 1800 mm.

Gases → gas cylinder safety cabinet EG-S0-CB005
The EG-S0-CB005 is a steel gas cylinder cabinet with a purging system, in single-, double- or triple-cylinder versions. It's 1.0 mm cold-rolled steel with cylinder-fixing provisions and an anti-tip layout, and it supports alarm integration and gas leak sensing — so a leak can trigger exhaust linkage instead of waiting for someone to notice a smell. The 900 x 450 x 2000 mm footprint fits into a standard bench run, which means you can park it at the end of a bench row rather than clearing a separate gas room.

On steel thickness, since it keeps coming up in spec conversations: 1.2 mm double-wall on the solvent cabinet, 1.0 mm cold-rolled on the gas cabinet. Thin panels flex over time, latches drift out of alignment, doors stop sitting flat — and a cabinet that doesn't close properly quits doing its job quietly, which is the worst way for safety equipment to fail.

This range comes from Guangdong Ever Great Laboratory Equipment Co., Ltd., a Foshan-based laboratory equipment manufacturer established in 2011.

Planning a chemical lab right now? Tell us what you store and roughly how much floor space you're working with, and we'll come back with a site-specific recommendation on cabinet types, sizes, and where the venting or purging connections should land.

Also curious: in your lab, do you store by hazard class, or by whichever bench the reagent actually gets used at?

26/09/2026

Emergency Safety Cabinet vs Gas Cylinder Cabinet: 3 Differences

Lab fit-outs tend to hit the same fork in the road. The room needs somewhere for emergencies, and somewhere for the gas cylinders. So the integrated emergency safety cabinet and the gas cylinder safety cabinet end up side by side in the same quote, even though they're doing two very different jobs.

Here's the short version. No spec sheet required.

1) What each one is actually built to do
The integrated emergency safety cabinet bundles the clustered-safety side of things: shower, eyewash, first-aid storage and fire-safety storage, all in one unit. When a splash happens, nothing you need is in another room.
The gas cylinder safety cabinet is about the cylinders themselves — automatic purging option, alarm and exhaust linkage, leak sensing, an anti-tip layout, and cylinder-fixing provisions. Same lab, different problem.

2) Depth: 600 mm vs 450 mm
Both stand 900 mm wide and 2000 mm tall. Depth is where they split: the emergency unit measures 900 x 600 x 2000 mm, while the gas cylinder unit measures 900 x 450 x 2000 mm.
That extra 150 mm is what gives the shower and eyewash room to sit inside the footprint. If your aisle is tight, measure it before you order — it decides whether people can still walk past comfortably.

3) The steel underneath is the same
Both are built from 1.0 mm cold-rolled steel — folded, welded, then finished with acid-wash phosphating and an anti-corrosive epoxy powder coating. So the material isn't where you choose between them. The job is.

Worth planning for either way: these two cabinets sit in the same layout as the benches, fume hoods and utility runs, so spare parts and support matter a couple of years down the line, not just at delivery. Guangdong Ever Great Laboratory Equipment Co., Ltd. builds both cabinet types in Foshan and backs its products with a 1-year warranty plus lifetime remote or on-site engineering support.

Curious how it usually goes on your drawings — does the emergency station get placed first, or the cylinder bay?

26/09/2026

A Fume Hood Gas Leak: The Sequence That Keeps People Safe

A fume hood reaches for the gas tap, someone bumps the line, and the airflow alarm starts climbing. Or worse — the alarm stays quiet and you just smell something that shouldn't be there.

Either way you've got a few seconds to decide what happens next. This is the sequence we walk lab teams through.

1. Hands out of the hood. Sash down.
Don't reach inside to hunt for the source. If the sash is within easy reach, bring it down — a closed sash on a running hood reduces what spills into the room. Shut off the gas or heat only if the valve sits outside the hood and you don't have to lean in to reach it.

2. Move people, not samples.
Anyone working that bench stops and steps back from the hood face. Guide visitors and the neighbouring benches out of the room. Glassware is replaceable. Your labmates are not.

3. Alarm first, then call.
Hit the emergency alarm on your way out, and tell responders three things: which hood, what was being handled, and whether anyone caught fumes or splashed themselves.

4. Treat exposure where the equipment already is.
Skin and eyes get flushed first, questions later. That's where a centralised emergency point earns its floor space. The Ever Great laboratory safety and emergency hub (EG-SF-CB011) puts a shower, eyewash, first-aid supplies and fire-safety storage into one 900 x 600 x 2000 mm unit built from 1.0 mm cold-rolled steel with epoxy powder coating. Putting all four in one cabinet means nobody sprints down a corridor with a chemical burn looking for an eyewash. The hub can also be configured with leak sensing and alarm integration.

5. Nobody restarts a hood on a hunch.
It stays offline until face velocity is re-checked and the airflow monitor reads true. ANSI/ASHRAE 110-2016 (R2025) is the standard test method for fume hood containment, and Ever Great hoods are built to be verified against EN 14175 and ASHRAE 110 benchmarks after installation. Normal working range sits around 0.3–0.5 m/s (60–100 FPM) at a sash height of roughly 400–500 mm. If your monitor can't be calibrated back to that, the hood isn't ready.

The uncomfortable part is that most leak events trace back to something done weeks earlier — a sash left high, a monitor nobody calibrated, a damper nobody checked.

Guangdong Ever Great Laboratory Equipment Co., Ltd. builds fume hoods, workbenches and safety storage for education, pharmaceutical and chemical labs. The hardware only does half the work. The sequence does the rest.

Curious how your lab handles it — if that alarm goes off at 2 a.m., who gets the first call?

24/09/2026

✨ Warmest Wishes for a Joyful Mid-Autumn Festival from Ever Great! 🌕🥮

To our wonderful clients, partners, and friends around the world:

The Mid-Autumn Festival is a special time for celebration, gratitude, and bringing people together under the brightest full moon of the year.

Please take note of our upcoming holiday schedule:
🗓️ Office Closed: September 25 – September 27, 2026
🚀 Back to Normal Operations: September 28, 2026

💡 Friendly Reminder:
If you have ongoing lab renovation projects or upcoming order schedules, feel free to leave us a message or send an email. Our team will get back to you immediately upon our return!

May the full moon bring you, your team, and your loved ones abundant happiness, peace, and success! 🌟

23/09/2026

Which Gas Cylinder Safety Cabinet Does Your Lab Need?

Most lab fit-outs decide where the gas cylinders live at the very end. Then the cylinders arrive and there's nowhere sensible to put them.

If that's where you are, the sizing part is easier than it looks.

Start with the cylinder count, not the room

Gas cylinder safety cabinets come in single, double and triple cylinder configurations. Count what you store today, then think about the method you'll add next year. Cylinder counts creep up. Cabinets don't.

Check the footprint before the layout is locked

The cabinet body is a tall, narrow box — 900 x 450 x 2000 mm in the common configuration. Depth is rarely the problem. Height, door swing and the route to the exhaust duct are. A cabinet that fits on the drawing but can't reach a duct turns into a commissioning problem.

Steel, coating, and how the cylinders are actually held

1.0 mm cold-rolled steel with powder coating is the usual build. Our steel furniture goes through acid-wash phosphating and anti-corrosive epoxy powder coating, which is the part that decides whether a cabinet still works right after a few years of acid vapours in the room.

Then two questions that get skipped a lot. How are the cylinders fixed in place — chain, strap or bracket? And how does the base stop the unit from tipping if someone bumps it? A full cylinder that isn't restrained is the real risk here, not the cabinet shell.

Three options worth deciding early

Alarm and exhaust linkage: the cabinet ties into room exhaust and signals when airflow drops. Leak sensing: gas detection inside or beside the cabinet. Automatic purging: an inert purge cycle that clears the interior before a cylinder change.

Whether you need all three depends on the gas you store. That's a conversation with your supplier, not a default tick box.

Brief your supplier with this list

- Cylinder count and sizes, plus room for one more
- Room height, door swing, exhaust connection size
- Steel thickness and coating specification
- Cylinder restraint method and anti-tip base fixing
- Whether alarm, leak sensing or purging is required

Guangdong Ever Great Laboratory Equipment Co., Ltd. is the company behind this page — a lab furniture manufacturer in Foshan, China, founded in 2011 and working out of a 6,000 m² facility. We build fume hoods, workbenches and safety storage cabinets, with management systems certified to ISO 9001, ISO 14001 and ISO 45001, and CE and RoHS on our flagship series.

How many cylinders are you storing right now — and did you leave room for the next one?

20/09/2026

Polypropylene vs. Narrow-Frame Fume Hoods: Which One?

Two fume hoods, same lab, very different jobs.

Last week I watched a buyer hold two quotes side by side. Both fume hoods, similar price bracket, and nothing on the paper explained why they weren't the same thing.

Here's the short version.

Polypropylene fume hood, model EG-PP-FH. The working chamber is seamless welded homogeneous PP, built from PP sheet 8.0 mm and up, with a three-stage baffle and face velocity of 0.3–0.6 m/s. Sizes run 1200/1500/1800 x 850 x 2350 mm. This is the hood for acid digestion, HF and HCl work, electroplating benches, and acid-alkali labs. There's no metal in the airflow path, so there's nothing for the acid to eat.

Narrow-frame fume hood, models Orion-TS-1500, Orion-TS-1800, Orion-LD-1500, and Orion-LD-1800. Aluminum alloy frame with a PP exhaust canopy at Dia. 250 or 315 mm, nominal face velocity 0.3 m/s. Overall 1500/1800 x 900 x 2400 mm, with 1408/1708 mm of clear internal width. The frame is slim, so you get more glass and much better sightlines into the chamber. For light chemistry, pharma QC, or R&D where you're watching a reaction the whole time, that visibility beats heavy-duty corrosion resistance.

Both are available as benchtop or walk-in, and both suit R&D and pharmaceutical labs.

The part buyers miss is asking what's actually included, not just what's in the picture.

On the PP model, confirm the chamber is fully welded PP, not a PP liner dropped over a steel shell. That's the difference between a hood that holds and one that weeps at the seams in year two.

On the narrow-frame model, check whether the PP exhaust canopy is in the quoted price and whether the canopy diameter matches the ductwork you already have. 250 mm and 315 mm aren't interchangeable, and adding a reducer later costs more than ordering the right size from the start.

We build both at Guangdong Ever Great Laboratory Equipment Co., Ltd., a Foshan-based lab furniture manufacturer. The fume hood range is tested against EN 14175 and ASHRAE 110 benchmarks with third-party SGS reports, and the series holds CE conformity under the EMC Directive. Every unit is tested before it ships, single-unit orders are accepted, and lead time typically runs 10–30 days.

So, which is standing in your lab right now — PP or narrow-frame? And what tipped the decision?

17/09/2026

Where Gas Cylinders Actually Live in a Semiconductor Lab

Walk through a semiconductor lab and the wafer tools get all the attention. The gas cylinders? Usually parked in a corner — which happens to be the corner a safety officer lingers in during a walkthrough.

N₂ or Ar for the process line, sometimes H₂ for one specific step. Cylinders arrive on a pallet, get moved close to the bench, and then somebody has to answer an awkward question: where do these actually live? Against the wall? Behind a door? Chained to a bench leg? That last one shows up in audits more often than anyone likes to admit.

A gas cylinder safety cabinet answers that question without turning the corner into a construction project. Ours is the EG-S0-CB005 — 900 x 450 x 2000 mm, built from 1.0 mm cold-rolled steel with a powder coating finish. Tall enough to keep cylinders standing upright, slim enough for a wall run that's already crowded with benches and services.

The part that matters day to day isn't the spec sheet, though. It's the routine around it.

The anti-tip layout and cylinder-fixing provisions keep a full cylinder steady while someone changes a regulator. No wobble, no improvised chain, no debate about who strapped it last.

Single-, double- and triple-cylinder configurations mean a quiet QC bench and a busier process lab don't have to buy the same cabinet.

An automatic purging option is there for labs that want the enclosure cleared before a swap — handy when the gas inside doesn't forgive mistakes.

And the alarm/exhaust linkage ties the cabinet into the room's ventilation, so if something drifts out of range, people hear about it before they walk in.

In a semiconductor lab, a storage cabinet rarely gets attention on its own. What it does is remove a daily decision: where the cylinders go, whether they're secured, whether that corner is fine today. After installation the morning routine gets short — doors closed, cylinders fixed, exhaust running, log signed.

We're Guangdong Ever Great Laboratory Equipment Co., Ltd., a lab furniture manufacturer in Foshan, China — fume hoods, workbenches, safety storage cabinets, PP and stainless steel furniture. Cabinets like this ship out as single units or OEM/ODM runs (minimum order is one unit), to labs in the USA, EU, Middle East and Africa.

Genuinely curious how other sites handle it: are your cylinders in a dedicated cabinet, or still living in the corner nobody photographs?

Ever Great Lab Furniture

08/10/2026

05/10/2026

02/10/2026

29/09/2026

26/09/2026

26/09/2026

24/09/2026

23/09/2026

20/09/2026

17/09/2026

Address

Website

Alerts

Shortcuts

Share

Category

Listing takedown request