PRIMO Continuous Fabric, Yarn & Web Coating Systems
Custom heated immersion and dip-coating equipment for continuously
processing fabric, yarn, thread, cord, paper, film, nonwovens, and other
compatible flexible substrates through waxes and temperature-controlled coatings.
Each system is built around the substrate width, coating material,
temperature, immersion path, line speed, coating-control method,
cooling distance, and take-up requirements.
Made in the USA304 Stainless-Steel Wetted SurfacesWaterless PRIMO HeatingCustom Working WidthManual or Powered Take-Up
Continuous Immersion Process
The flexible material travels through the heated bath, around the
immersion roller, and into a cooling, drying, wiping, squeezing, or
take-up stage. The exit equipment can be positioned away from the bath
so the substrate has the required open run before it is wound.
Roller count, path, coating controls, cooling distance, and station spacing are engineered for the application.
Modular melting capacity
Keep the Coating Bath Small & Add Wax Capacity as You Grow
PRIMO continuous fabric-coating systems are designed to minimize the
amount of standing wax in the coating bath. The coating station holds the
active working volume, while one or more separate PRIMO wax melters can
maintain reserve wax and replenish the bath as needed during production.
As your production needs grow, you can add another standard PRIMO wax
melter to increase reserve and replenishment capacity—without replacing
the fabric coating machine or rebuilding the material-handling line.
Less wax tied up in the active coating bath
Reserve melted wax available for replenishment
Add melting capacity as production increases
Keep the original coating and material-handling system
Flexible-substrate applications
Configured Around What Moves Through the Bath
Working width, strand count, absorbency, tension, coating pickup, and
cooling behavior determine the system.
Fabric & Continuous Web
For textiles, cloth, nonwovens, paper, compatible films, tapes, and other roll-fed materials.
Custom usable working width
Full or controlled partial immersion
Optional wiping, squeeze, or metering stage
Yarn, Thread & Cord
For one or multiple continuous strands requiring guided travel through a temperature-controlled coating bath.
Single- or multi-strand guide arrangements
Adjustable spacing and immersion path
Manual or powered winding
Coating & Impregnation
For surface coating or deeper penetration using waxes and other reviewed, compatible process materials.
Temperature and viscosity control
Residence-time and line-speed review
Cooling, drying, or setting after immersion
Correct equipment classification
Continuous Coating Is the Primary Process
The defining function is the continuous movement of fabric, yarn,
thread, cord, film, paper, or another flexible substrate through the
heated coating bath and downstream handling stages.
A circulation pump may be added to support temperature uniformity,
filtration, or coating consistency, but circulation does not define
the machine. It remains a continuous immersion or roll-to-roll coating system.
Primary process
The flexible substrate moves continuously through the coating bath.
Optional supporting process
The coating material circulates through a pump, filter, return, or conditioning loop.
Downstream process
Excess coating is controlled and the substrate cools, dries, sets, or advances to take-up.
Typical system architecture
Start With the Coating Station & Add the Handling
Typical Base Configuration
Custom heated 304 stainless-steel coating bath
Waterless PRIMO heating engineered around bath geometry
Digital material-temperature control
Guide and immersion roller arrangement
Manual substrate feed and take-up configuration
Application review before final design and pricing
Available Process Options
Variable-speed powered take-up and geared winding
Powered or tension-controlled unwind stand
Movable outfeed supports and extended cooling run
Air-cooling fans or enclosed drying/cooling stage
Wiping bars, squeeze rollers, or metering controls
Coating circulation, filtration, reservoir, or return loop
Multi-strand guides, additional rollers, and path controls
Stands, casters, lids, drains, guards, and washdown features
Application data
What WaxMelters Reviews Before Quoting
Continuous coating performance cannot be selected by tank capacity
alone. The web path, coating behavior, roll handling, and downstream
cooling or drying requirement must be reviewed together.
Requirement
Why It Matters
What to Provide
Substrate
Determines roller surfaces, guidance, tension, and compatibility.
Material type, thickness, absorbency, flexibility, and whether it is fabric, web, or individual strands.
Maximum coated width, edge clearance, strand count, and strand spacing.
Coating material
Determines temperature range, wetted components, circulation, and cleaning method.
Material name, safety data sheet, heated viscosity, normal temperature, and maximum temperature.
Coating result
Determines immersion path and whether wiping, squeezing, or metering is required.
Target pickup, coating thickness, penetration, finish, or acceptable process range.
Line movement
Determines residence time, drive sizing, roller arrangement, and production output.
Target feet or meters per minute, desired immersion time, and pounds or yards processed per shift.
Roll handling
Determines unwind, take-up, shaft, brake, motor, and structural requirements.
Maximum roll diameter, roll weight, core size, winding direction, and tension needs.
Cooling or drying
Determines the required open run and whether fans or another process stage are needed.
Available floor length, expected setting time, target exit condition, and ambient limitations.
Facility
Determines electrical, controls, frame, guarding, sanitation, and installation details.
Voltage, phase, frequency, floor-space limits, washdown method, ventilation, and area classification.
Quoting process
From Process Description to Production System
Describe the substrate
Provide the material, width, roll or strand format, and required coating result.
Define the coating path
State the bath temperature, immersion time, line speed, and wiping or squeeze needs.
Plan downstream handling
Specify the cooling distance, floor space, unwind, take-up, and automation level.
Receive firm pricing
WaxMelters reviews the process and quotes the appropriate system configuration.
Frequently asked questions
Continuous Coating System FAQs
Is this a roll-to-roll coating machine?
It can be configured as a roll-to-roll system when the substrate feeds from a roll and winds onto a take-up roll. The same heated immersion platform may also process individual yarns, threads, cords, or other continuously fed flexible materials.
What is the difference between a continuous coating system and a circulating dip tank?
In a continuous coating system, the substrate moves through the coating bath. In a circulating tank, the coating material moves through a pump or process loop. A continuous system may include circulation, but the material-handling path remains its defining function.
Can the take-up station be placed farther from the heated bath?
Yes. The outfeed and take-up arrangement may be separate and movable so the substrate has the required cooling, drying, or setting distance before winding. Available floor space and the desired exit condition are reviewed during configuration.
Can the system begin with manual winding and be powered later?
Manual, geared, and variable-speed powered take-up arrangements are available. When future automation is planned, WaxMelters can review the initial frame, shaft, and drive provisions so the system has a practical upgrade path.
How much coating material must be held in the bath?
The bath is designed around the required working width, roller diameter, immersion depth, and operating level. This keeps the coating inventory matched to the process.
Can the system process coatings other than wax?
Potentially. Material compatibility, heated viscosity, operating temperature, safety data, cleaning method, and facility classification must be reviewed. Solvent-based, reactive, combustible, or otherwise hazardous materials require specific engineering review and may not be suitable for a standard configuration.
Request pricing
Continuous Coating System Specification Request
Describe the complete material path.
Include the substrate, working width, coating material, temperature,
desired line speed, coating result, roll dimensions, cooling distance,
take-up method, electrical service, and available floor space. Upload a
sketch, sample photo, or process drawing when available.
Enter your inside dimensions, number of chambers, circulation, spillway or reservoir, and baskets. It takes about 3 minutes, and our factory team confirms every estimate.
