gemmecotti.com

To request a quote from GemmeCotti, use the “REQUEST A QUOTE” entry point on gemmecotti.com. The site states that the company provides continuous, specialized assistance throughout the purchase process, and it also offers a subscribe option for updates. Before submitting a request, gather the details of your application — the liquid being handled, required flow rate (Q), and head (H) — so the quote can be matched to the right pump.

What gemmecotti.com offers for buyers

GemmeCotti has designed and manufactured chemical pumps for acids, aggressive and corrosive liquids since 1992. The site presents a complete range of pumps and a quote request path, and it emphasizes customer support across the buying process.

The site does not publish prices or list payment platforms, so pricing must come through the quote request rather than from the website itself.

Step-by-step: preparing a quote request

1. Identify the liquid. Note whether it is an acid, a corrosive chemical, or another dangerous liquid, and any concentration or temperature details you have. This determines which pump family and materials are relevant.
2. Define the duty point. Record the required flow rate and head. The site lists maximum values per pump family, which helps you see which range fits before you inquire.
3. Match to a pump family. Use the published maxima as a first filter:

4. Note your industry and constraints. The site lists applications including chemical industry, galvanic industry, PCB industries, water treatment, air treatments, detergents, biofuel loading/unloading, oil & gas, food, bottling, pharmaceutical, aquariums, fertilizer production, textile, and refrigeration systems for data centers. Mentioning your sector helps the company propose a suitable configuration.
5. Submit the request. Use the “REQUEST A QUOTE” entry on the site and include the details above. Expect a proposal rather than an instant online price, since no pricing is published.
6. Use the assistance channel. The company states it analyzes each customer’s needs to find the right industrial pump and provides specialized assistance during purchase — so follow-up questions about customization, materials, or ATEX requirements can go through the same contact path.

Expected result: a quote and pump recommendation aligned with your liquid, duty point, and industry. Common snag: submitting only “I need a pump for acid” without flow, head, or liquid details will slow the match — the maxima table above is the quickest way to narrow the family first.

Getting help beyond the quote

• Customization: the site states that GemmeCotti combines expertise with product customization for industrial and OEM processes, so specific requirements can be raised during the inquiry.
• Updates: use the subscribe option if you want company or product news rather than a one-off quote.
• Range browsing: if you are unsure which family fits, start from “DISCOVER ALL GEMMECOTTI PUMPS” and compare the maxima in the table above before contacting the company.

If your requirement is urgent or unusual — for example, an ATEX application or a very low flow at high head — state that explicitly in the request so the assistance process can address it directly.

GemmeCotti chemical pumps are built for acids, aggressive and corrosive liquids, and they are used wherever those liquids must be moved, dosed, or transferred safely. According to the company, its pumps serve industrial and OEM processes across a long list of sectors — from chemical production and electroplating to water treatment, pharmaceuticals, food, and even data center cooling. The right fit depends on the liquid, the required flow and head, and whether the installation needs a magnetic-drive, mechanical-seal, vertical, or ATEX-rated design.

Industries listed by GemmeCotti

GemmeCotti's site names the following sectors as main application areas for its acid and chemical pumps:

• Chemical industry
• Galvanic industry (electroplating and surface treatment)
• PCB industries
• Water treatment
• Air treatments
• Detergents
• Biofuel
• Oil & gas
• Food industry
• Bottling companies
• Pharmaceutical industry
• Aquariums
• Fertilizer production
• Textile industry
• Refrigeration systems for data centers

The common thread is handling or transferring chemicals, acids, and dangerous or corrosive liquids. In these settings the pump is usually selected for corrosion resistance and containment rather than for general water duty.

Application tasks the pumps support

Beyond industry labels, the site describes several concrete tasks:

• Loading and unloading tanks — transferring acids or corrosive liquids into or out of storage and process vessels.
• Industrial and OEM processes — pumps supplied as part of a customer's own equipment or production line, with customization to fit the application.
• Dosing and transfer — supported by product lines such as self-priming dosing pumps and drum pumps.
• Mixing — electric and pneumatic mixers are offered alongside the pump range.

For example, a PCB manufacturer moving corrosive process chemistry between tanks, or a water treatment plant dosing an acid, would fall within the described use cases. The site does not publish liquid-by-liquid compatibility tables, so the specific pump material and seal arrangement should be confirmed with GemmeCotti for a given chemical.

Matching a pump type to the application

GemmeCotti's range is organized by pump type, and the published maximum flow and head figures help narrow the choice before contacting the company:

Two practical notes on reading this table:

• ATEX pumps are the relevant option where the installation falls under explosion-protection requirements; the site lists them as a distinct category with the same flow and head ceiling as the centrifugal line.
• Magnetic drive designs (centrifugal, turbine, vane, self-priming) are the seal-less options in the range, while mechanical seal pumps are listed separately — a distinction worth raising with the supplier when leakage risk matters.

The table gives upper limits only. A pump for a low-flow dosing task and a pump for bulk tank transfer may sit in different rows even within the same plant.

What to confirm before selecting

The site emphasizes customization and says GemmeCotti analyzes each customer's needs to find a suitable industrial pump. To make that conversation efficient, prepare:

1. The liquid — its name, concentration, and temperature, so corrosion-resistant materials can be specified.
2. The duty point — required flow and head, checked against the maxima above.
3. The installation — tank-mounted, vertical, portable, or part of an OEM skid.
4. Regulatory needs — whether ATEX or other certification applies.
5. Ancillary items — whether mixers, drum pumps, dosing pumps, or accessories are also needed.

Pricing is not published on the site; the visible call to action is a quote request, and the only pricing-related signal in the page data is a newsletter subscription. Treat cost and lead time as items to obtain directly from GemmeCotti rather than from the website.

GemmeCotti designs and manufactures chemical pumps for acids, aggressive and corrosive liquids, and its range covers magnetic drive centrifugal, turbine, rotary vane, and self-priming pumps, plus mechanical seal, ATEX, vertical, air-operated double diaphragm, and portable pumps. The company has been building these pumps since 1992 and assembles them with components from Italian suppliers. The type you need depends mainly on the required flow rate (Q), head (H), and whether the liquid or environment demands an explosion-proof (ATEX) configuration.

Magnetic drive pumps

Magnetic drive (mag drive) pumps transmit torque through magnets rather than a shaft seal, which removes the most common leak path when handling acids and corrosive liquids. GemmeCotti lists four mag drive families:

• Centrifugal: the highest flow in the range, suited to transferring larger volumes at moderate head.
• Turbine: lower flow but head up to 50 mlc, useful where pressure matters more than volume.
• Rotary vane: the only type rated in bar (13 bar) rather than mlc, so it fits higher-pressure duties at low flow.
• Self-priming: can lift liquid without a flooded suction line, which helps when the pump sits above the tank.

Sealed, ATEX, and vertical pumps

• Mechanical seal pumps: Q max 130 m³/h, H max 48 mlc — the same envelope as the centrifugal mag drive line, for duties where a mechanical seal design is preferred.
• ATEX pumps: Q max 130 m³/h, H max 48 mlc — for installations requiring explosion-proof equipment.
• Vertical pumps: Q max 130 m³/h, H max 48 mlc — a configuration choice for sump or tank-mounted service.

Diaphragm and portable pumps

• Air-operated double diaphragm pumps: Q max 310 l/h, H max 80 mlc — the highest head among the non-vane options, driven by compressed air.
• Portable pumps: Q max 13 m³/h, H max 14 mlc — small, mobile units for lower-flow tasks.

Supporting products

Beyond pumps, the site lists electric and pneumatic mixers, drum pumps, self-priming dosing pumps, and accessories. These let you complete a transfer or dosing setup around the pump rather than sourcing fittings separately.

Matching a pump to your application

GemmeCotti names these application areas: chemical industry, galvanic industry, PCB industries, water treatment, air treatments, detergents, biofuel, loading/unloading tanks, oil & gas, food industry, bottling companies, pharmaceutical industry, aquariums, fertilizer production, textile industry, and refrigeration systems for data centers.

To narrow the choice, work through three questions:

1. What flow and head do you need? Compare your duty point against the table above. If you need more than 130 m³/h, none of the listed ranges covers it; if you need high pressure at low flow, the rotary vane line (up to 13 bar) is the relevant one.
2. Is the area classified? If yes, look at the ATEX pumps rather than a standard model.
3. Can the suction be flooded? If not, the self-priming mag drive pump avoids priming problems.

The company also states that it customizes products for industrial and OEM processes and provides assistance throughout the purchase process, so a duty point outside the standard ranges is worth raising directly through the site's quote request rather than assumed to be unavailable.

Start by defining four operating parameters — liquid type and aggressiveness, required flow rate (Q), required head (H), and whether the area is ATEX-classified — then match them against GemmeCotti's published pump ranges. The site lists maximum performance for each family (for example, mag drive centrifugal pumps up to Q max = 130 m³/h and H max = 48 mlc), so the practical method is to shortlist families whose maximums comfortably exceed your duty point, then decide between magnetic drive and mechanical seal designs based on how strict your leak-containment requirement is. GemmeCotti has designed and manufactured chemical pumps for acids, aggressive and corrosive liquids for over 30 years, and states that pumps are assembled following strict procedures using components from Italian suppliers.

Step 1: Characterize the liquid before looking at pump types

The pump family choice follows from the fluid, not the other way around. Note:

• Chemical identity and concentration of the acid or corrosive liquid — this drives wetted-material selection.
• Temperature and viscosity at the pump, since both affect achievable flow and head.
• Whether the liquid is dangerous (fumes, toxicity, environmental hazard) — this is the main argument for sealless designs.
• Solids or crystallization risk, which matters for narrow-passage designs such as vane pumps.

GemmeCotti positions its range specifically for acids, dangerous liquids, and solutions in industrial and OEM processes, and states that it analyzes each customer's needs to find the right industrial pump. Use that customization channel for anything outside standard duty points.

Step 2: Decide between magnetic drive and mechanical seal

This is the central trade-off on the site, because GemmeCotti offers both architectures across overlapping performance.

Because the headline maximums for mag drive centrifugal and mechanical seal pumps are identical (130 m³/h, 48 mlc), performance ceiling alone will not decide it — the leakage requirement and seal preference should. If the fluid is a dangerous or aggressive liquid and any seal weep is a problem, start with the magnetic drive families.

Matching the mag drive sub-type to the duty

• Mag drive centrifugal pumps — the general-purpose choice for higher flows; Q max = 130 m³/h, H max = 48 mlc.
• Mag drive turbine pumps — lower flow, moderate head; Q max = 9 m³/h, H max = 50 mlc. Suited to small flows against resistance.
• Mag drive rotary vane pumps — pressure-oriented rather than flow-oriented; Q max = 2100 l/h, H max = 13 bar. Note the head is expressed in bar here, not mlc.
• Self-priming mag drive pumps — Q max = 25 m³/h, H max = 22 mlc; relevant when the pump must lift liquid without a flooded suction.
• Vertical pumps — Q max = 130 m³/h, H max = 48 mlc; consider when installation geometry favors a vertical configuration, e.g., tank or sump service.

Step 3: Check the duty point against published maximums

Treat the published Q max and H max as ceilings, not as a simultaneous operating point — a pump cannot deliver maximum flow and maximum head at once. Practical sequence:

1. Write down your required flow (m³/h or l/h) and head (mlc or bar).
2. Eliminate any family whose maximum is below either value.
3. Among survivors, prefer the family whose maximums sit above your duty with margin, so the pump runs inside its curve rather than at the edge.
4. Confirm the unit: centrifugal, turbine, self-priming, vertical, and diaphragm figures are in mlc; rotary vane and some others are in bar. Do not compare them directly without converting.

Expected result: a shortlist of one or two families plus a specific model request to GemmeCotti, whose site provides a quote request route.

Step 4: Confirm application and certification fit

GemmeCotti lists acid and corrosive-liquid pump applications across the chemical industry, galvanic industry, PCB industries, water treatment, air treatments, detergents, biofuel, loading/unloading tanks, oil & gas, food industry, bottling companies, pharmaceutical industry, aquariums, fertilizer production, textile industry, and refrigeration systems for data centers. Use this list as a sanity check that your sector is served, not as a selection criterion by itself.

ATEX: if your installation is in a classified hazardous area, filter to the ATEX pump line (Q max = 130 m³/h, H max = 48 mlc) rather than adding certification later. The site presents ATEX pumps as a distinct family alongside the standard ranges.

Other families worth checking if your duty is unusual:

• Air-operated double diaphragm pumps — Q max = 310 l/h, H max = 80 mlc.
• Portable pumps — Q max = 13 m³/h, H max = 14 mlc.
• Drum pumps, electric and pneumatic mixers, self-priming dosing pumps, and accessories.

Common sticking points

• Comparing mlc with bar. The rotary vane range is rated to H max = 13 bar while most other families are in mlc; convert before shortlisting.
• Assuming the biggest number wins. A 130 m³/h centrifugal pump is the wrong answer for a 2 m³/h transfer duty; the turbine or vane families exist for that.
• Leaving ATEX to the end. It changes the family, not just the paperwork.
• Skipping fluid data. Material compatibility for a specific acid concentration is not something the performance table answers — raise it in the quote request, since GemmeCotti states it customizes products for industrial applications.

The site's pricing is not published; the presence of a "request a quote" route and a subscribe option means commercial terms come through direct contact rather than an online price list.

GemmeCotti is an Italian manufacturer of chemical pumps for acids, aggressive and corrosive liquids, and gemmecotti.com is its product and company website. According to the site, the company has been designing and manufacturing these pumps since 1992, uses components from Italian suppliers, and supports customers through selection, customization, and quotation requests. The site is aimed at industrial and OEM buyers who need to move or transfer chemicals safely, rather than at household or consumer use.

What the site presents

The homepage positions GemmeCotti around "safe and reliable industrial pumps" and a complete range for acid and corrosive liquids. It lists the main pump families with headline performance figures, which is the quickest way to see whether a product type matches your duty point.

The site also lists mixers (electric and pneumatic), drum pumps, self-priming dosing pumps, and accessories. These figures are the manufacturer's published maxima; a specific model's curve still needs to be checked against your actual flow and head.

How the pump types differ in practice

The families are not interchangeable, and the distinction matters when you are choosing:

• Mag drive (sealless) pumps — centrifugal, turbine, vane, and self-priming variants — avoid a mechanical shaft seal, which is the usual leak path with aggressive fluids. The trade-off is that mag drive couplings can lose drive if run dry or overloaded, so dry-run protection and correct sizing matter.
• Mechanical seal pumps reach the same 130 m³/h and 48 mlc envelope as the mag drive centrifugal line, so seal type becomes a decision about fluid, maintenance access, and site practice rather than capacity.
• ATEX pumps are the variant to look at when the installation is in a classified hazardous area; the site lists them as a separate family with the same performance envelope.
• Vertical pumps suit sump or tank-mounted duties where the pump sits in or over the liquid.
• Air-operated double diaphragm pumps are driven by compressed air rather than a motor, which is relevant where compressed air is available and electrics are not desirable at the pump.
• Rotary vane pumps reach much higher pressure (13 bar) at lower flow, which points to dosing or transfer duties rather than bulk circulation.

For example, transferring acid from a road tanker into a storage tank at high flow is a different job from circulating a small volume in a PCB line at pressure — the first points toward a centrifugal or vertical pump in m³/h, the second toward a vane pump rated in bar.

Applications the site names

GemmeCotti states its pumps are used wherever chemicals, acids, dangerous and corrosive liquids must be handled or transferred, and lists these sectors: chemical industry, galvanic industry, PCB industries, water treatment, air treatment, detergents, biofuel, loading/unloading tanks, oil & gas, food industry, bottling companies, pharmaceutical industry, aquariums, fertilizer production, textile industry, and refrigeration systems for data centers. The site also emphasizes customization for industrial and OEM processes.

Use this list as a relevance check, not a compatibility guarantee: a named industry tells you the pump family has been applied there, but the wetted materials still have to be matched to your specific fluid and concentration.

What you can do on the site

The site is structured as a product catalog plus a sales channel. You can browse the complete range by pump family, review the headline performance figures, and use a "Request a quote" action to start a commercial conversation. The site describes specialized assistance throughout the purchase process, and customization is offered for industrial applications.

Practical steps if you are evaluating a pump:

1. Note your fluid, concentration, temperature, and whether the area is ATEX-classified.
2. Note your required flow and head (or pressure) at the duty point.
3. Shortlist the pump families whose published maxima cover your duty point with margin.
4. Request a quote with those figures so the manufacturer can confirm the model and wetted materials.

What the site does not tell you

The available page content does not publish prices, lead times, warranty terms, or certification details beyond the existence of an ATEX pump line. The only commercial signal on the page is a subscribe option and the quote request. Treat pricing and availability as things to confirm through the quote process rather than assumptions from the site.

If your question is simply "what is this company," the answer is a long-established Italian chemical pump manufacturer with a broad sealless and sealed pump range and a quote-based sales model. If your question is "which pump do I need," the site gives you the families and their envelopes, but the selection decision still runs through fluid compatibility and a confirmed duty point.