Industries and Applications That Use GemmeCotti Chemical Pumps

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.