What Are Industrial Chemicals and Specialty Fluids?
Industrial chemicals and specialty fluids are chemical products developed to perform specific functions within manufacturing, processing, maintenance, and material-handling operations.
These products may be used to:
- Reduce friction between tooling and workpieces
- Control heat during cutting, grinding, or forming
- Remove oil, grease, ink, paint, resin, and process residue
- Protect metal against rust and corrosion
- Maintain hydraulic or heat-transfer systems
- Condition plasma and waterjet cutting tables
- Improve adhesion between materials
- Lubricate machinery and production equipment
- Support cleaning, maintenance, and process changeovers
The term industrial chemicals covers a broad range of products used throughout production facilities. Specialty fluids are typically developed for more defined operating conditions, equipment systems, materials, or performance requirements. The distinction matters less than the application. A chemical earns its place in a production process by reliably performing its assigned job without creating unnecessary downstream problems.
Why Industrial Chemistry Matters to Production
Industrial chemistry operates behind nearly every finished component, coated surface, fabricated assembly, or processed material. It may not always be visible in the final product, but it can substantially affect how efficiently and consistently that product is manufactured.
A machining coolant helps manage heat at the tool-workpiece interface. A stamping lubricant reduces friction as metal moves through a die. A tank cleaner removes cured material before the next production batch. A corrosion inhibitor protects components during storage or shipment.
When these products work correctly, they support stable production. When they do not, the consequences can spread across the operation.
Potential operational impacts include:
- Increased tool and die wear
- Inconsistent surface finishes
- Greater scrap or rework
- Difficult equipment cleaning
- Residue that interferes with coating or assembly
- Corrosion during processing, storage, or transportation
- More frequent fluid replacement
- Longer maintenance shutdowns
- Unplanned changes to production schedules
Selecting an industrial chemical is therefore not simply a purchasing decision. It is a process decision involving equipment, materials, operating conditions, maintenance requirements, and downstream compatibility.
What Are Industrial Chemicals and Specialty Fluids?
Different production processes place different demands on chemistry. PICO organizes its products around the functions manufacturers need to perform.
Machining Fluids
Machining fluids support cutting, grinding, sawing, roll forming, and related metalworking operations. This category includes synthetic and semi-synthetic coolants, cutting oils, minimum quantity lubrication fluids, sawing lubricants, and products to maintain metalworking systems. The right machining fluid addresses several variables at once:
- Heat generation
- Lubricity requirements
- Tooling material
- Workpiece metallurgy
- Surface-finish expectations
- Water quality
- Filtration and sump conditions
- Downstream cleaning or finishing
A fluid that performs well in one operation may not be appropriate for another. Grinding, carbide machining, sawing, and high-load cutting each create different thermal and lubrication requirements.
Metal Forming Lubricants
Metal forming lubricants create a controlled film between the workpiece and tooling during stamping, drawing, bending, extrusion, cold heading, and related operations.
Their primary role is to reduce friction, but effective lubrication also helps control galling, scoring, heat, tool wear, and part distortion. Forming severity, metal type, tooling geometry, application method, and downstream welding or cleaning all influence product selection.
Our drawing and stamping lubricants are used across applications ranging from progressive dies to deep drawing and precision forming.
Industrial Cleaners & Degreasers
Industrial cleaners and degreasers remove soils that can interfere with production, maintenance, inspection, coating, assembly, or product quality. Contaminants include:
- Machining oils
- Forming lubricants
- Grease
- Carbon deposits
- Ink
- Adhesive residue
- Shop soil
- Process buildup
- Pigments and resins
Cleaning chemistry must be selected according to the soil, substrate, equipment, cleaning method, operating temperature, and next process step. Water-based cleaners may be appropriate for spray washers, immersion systems, tanks, floors, or production equipment. Solvent-based cleaners may be used when oils, adhesives, tars, inks, or cured deposits require different solvency characteristics.
Paint, Ink & Coating Removers
Paint, ink, and coating removers are used for cleaning tanks, reactors, printing equipment, production components, tools, and surfaces affected by hardened material. The removal process depends on:
- Coating chemistry
- Degree of cure
- Deposit thickness
- Substrate compatibility
- Temperature
- Contact time
- Mechanical agitation
- Rinse and waste-handling requirements
A strong remover is not automatically the correct remover. The chemistry must dissolve or release the target material without unnecessarily damaging equipment, seals, coatings, or underlying substrates.
Rust & Surface Protection Products
Metal components corrode during manufacturing, storage, shipment, or exposure to humid and chemically aggressive environments.
Rust and surface protection products include corrosion inhibitors, protective films, rust removers, and scale-removal products. These products preserve finished parts, protect in-process materials, restore oxidized surfaces, or prepare metal for coating and assembly.
Selection depends on the metal, exposure environment, required protection period, indoor or outdoor storage, packaging method, and whether the protective film must be removed later.
Cutting Table Fluids
Cutting table fluids support plasma, waterjet, laser, and related thermal cutting operations.
These fluids and coatings can help condition table water, control corrosion, protect slats, manage residue, and maintain cutting equipment. PICO’s plasma and waterjet fluids include products for table conditioning, torch cooling, freeze control, and corrosion protection.
The right product depends on the cutting system, metals being processed, water chemistry, operating environment, and maintenance objectives.
Steel Mill Fluids
Steel production and processing expose equipment and fluids to heat, heavy loads, scale, contamination, and continuous operating demands. Our steel mill fluids include:
- Casting lubricants
- Machinery and equipment lubricants
- Hydraulic fluids
- Heat-transfer fluids
- Mold cleaners
These products support critical steelmaking and processing equipment where fluid failure affects production continuity and maintenance demands.
Adhesion Promoters
Adhesion promoters help strengthen the bond between coatings, plastisols, organosols, sealants, and substrate materials.
Their performance depends on the resin system, substrate, curing process, surface preparation, and final application. Adhesion chemistry must be evaluated as part of the complete formulation rather than treated as an isolated additive.
Specialty Products
Some industrial applications fall outside conventional chemical categories. PICO’s specialty products address defined operational needs such as rail and conveyor de-icing, rail switch lubrication, paint booth protection, and anilox roll cleaning.
These products demonstrate why specialty fluids exist: certain applications require chemistry designed around a specific piece of equipment, contaminant, environment, or operating challenge.
How to Select an Industrial Chemical or Specialty Fluid
Product selection should begin with the process problem, not a general product description. The technical evaluation should identify:
| Selection Variable | Why It Matters |
|---|---|
| Process | Cutting, forming, cleaning, coating, casting, and maintenance require different chemistry. |
| Material | Ferrous metals, non-ferrous metals, plastics, coatings, and composites respond differently. |
| Contaminant | Oil, grease, resin, scale, ink, rust, and cured coatings require different removal mechanisms. |
| Temperature | Heat affects viscosity, stability, evaporation, reaction rate, and lubricating-film performance. |
| Equipment | Pumps, seals, tanks, filtration systems, spray washers, and tooling may impose compatibility requirements. |
| Application method | Spray, immersion, circulation, wipe-on, flood, mist, and minimum quantity systems behave differently. |
| Downstream process | Welding, painting, plating, assembly, and packaging may be affected by residue. |
| Maintenance conditions | Water quality, contamination, biological activity, filtration, and fluid monitoring influence service life. |
| Environmental and safety requirements | Product documentation, handling requirements, facility controls, and disposal practices must be reviewed. |
The strongest recommendation comes from understanding how these variables interact. Substituting a product based only on price or category can move costs elsewhere through higher consumption, more cleaning, reduced tool life, or production instability.
When an Off-the-Shelf Product Is Not Enough
Established industrial products solve many common applications. However, manufacturers sometimes operate outside standard conditions. A custom evaluation may be necessary when:
- A current fluid leaves unacceptable residue
- A cleaner cannot remove a specific cured material
- A lubricant performs well but complicates downstream welding or cleaning
- A process involves unusual metals or mixed substrates
- Equipment has defined seal or material-compatibility requirements
- Operating temperatures fall outside the normal range
- A discontinued chemical must be replaced
- Several process steps need to be consolidated
- An existing formula must be adjusted for production, environmental, or procurement requirements
Our custom formulation and lab testing capabilities support development from initial evaluation through pilot and bulk production. We formulate, blend, package, and manufacture products in-house, with filling options that include pails, drums, totes, and bulk quantities.
Custom formulation does not begin by changing chemistry at random. It begins by defining the operating problem, measurable requirements, process limitations, and conditions the finished product must withstand.
Industrial Chemicals Across Manufacturing Industries
Industrial chemicals and specialty fluids support a broad range of manufacturing environments. PICO works with operations involving:
When several requirements need to work together, an off-the-shelf product may not provide the right balance.
- Paints, inks, and coatings
- Adhesives, sealants, and plastisols
- Metalworking and fabrication
- Steel production and processing
- Machining and fastener manufacturing
- Printing and packaging
- Railroad and transportation systems
- Industrial maintenance
Each industry uses chemistry differently. A printing operation may prioritize ink removal and anilox roll cleanliness. A machine shop may focus on thermal control, lubricity, tool life, and sump stability. A steel producer may require fluids capable of operating around heat, scale, heavy equipment, and continuous production. Our industries we support page connects these operating environments with relevant product categories and technical capabilities.
The PICO Approach to Industrial Chemicals and Specialty Fluids
We have manufactured industrial and specialty chemicals since 1976. From our facility in Chicago Heights, Illinois, we formulate, blend, package, and support products used in manufacturing and industrial maintenance.
Our role is not limited to shipping a drum or tote. We help customers define the application, evaluate established products, review unusual process demands, and determine when testing or formulation work is justified.
Manufacturers come to us under different circumstances. Some need a reliable source for an established machining fluid, cleaner, lubricant, or corrosion inhibitor. Others are dealing with a recurring process problem that standard products have not resolved. In both cases, we focus on practical chemistry that can perform under production conditions.
You can review our complete range of industrial chemicals and specialty fluids or use our product line cards to compare products by application.
Frequently Asked Questions
Industrial chemicals is the broader category covering products used in manufacturing, processing, cleaning, maintenance, and material protection. Specialty fluids are typically formulated for more specific functions, equipment, materials, or operating conditions. A machining coolant, forming lubricant, heat-transfer fluid, rail switch lubricant, or plasma table conditioner may all be classified as specialty fluids because each performs a defined operational role.
Specialty chemicals are used throughout metalworking, fabrication, steel production, printing, packaging, paints, coatings, adhesives, transportation, machining, and industrial maintenance. Their function varies by industry. They may cool tooling, lubricate dies, clean reactors, remove coatings, inhibit corrosion, protect equipment, or improve adhesion.
Some industrial fluids are designed to provide multiple functions, such as cooling, lubrication, corrosion protection, cleaning, or surface conditioning. Whether a multifunctional product is appropriate depends on the process. Combining functions can simplify chemical management, but each required performance characteristic must be verified under actual operating conditions.
Custom formulation should be considered when standard products cannot meet defined process requirements or create unacceptable downstream effects. Common triggers include unusual materials, persistent residue, difficult contaminants, compatibility constraints, discontinued products, extreme operating conditions, or the need to consolidate multiple chemical steps.
Residue can affect welding, painting, plating, bonding, inspection, packaging, or final appearance. A lubricant may perform well during forming but create additional cleaning requirements. A cleaner may remove the target soil but leave a film that interferes with the next process. Product selection should therefore evaluate both immediate performance and downstream effects.
You can request applicable safety data sheets and technical data sheets through PICO’s website. Product handling, application, storage, and safety decisions should be based on current product documentation and your facility’s established procedures.
Yes. Our technical team can review the process, materials, current chemistry, operating problem, and desired outcome. We can then help identify an established product or determine whether lab testing and custom formulation are appropriate.
Keep Production Moving With the Right Chemistry
Industrial chemicals and specialty fluids affect more than an individual production step. They influence equipment condition, maintenance demands, material quality, tool life, cleanup, and process continuity. The right product begins with a clear understanding of the application. That means identifying the materials, equipment, temperatures, contaminants, downstream requirements, and operational consequences involved. PICO manufactures workhorse chemistry for these demanding conditions.
Explore our industrial chemical products, or contact our technical team to discuss the process you need to improve.
