01–03 / Structural Pillars
SURFACOR® · STACCOR® · BARRICOR™
Surfactant base, structural anti-corrosion/passivation and hydrophobic barrier-film functions.
Technology
A platform, not a catalogue of names.
PRORITE separates formulation architecture from reusable technology modules. This page explains what each module does and which technology each product uses.
01 / Why technology matters
Technology has a job: make the product more useful.
PRORITE technology is not presented as a list of impressive names. It is the engineering layer connecting a defined requirement to a controlled product and application outcome.
REQUIREMENTStart with the surface condition and required outcome.
TECHNOLOGYUse the relevant technology architecture to structure the response.
PRODUCTTranslate the architecture into a defined product people can specify and use.
02 / Technology Architecture
Ten registered technologies establish the PRORITE technology architecture.
The ten technologies are organised as Structural Pillars, Mechanical Engines and Performance Phases. Each product also has its own named technology, listed separately below.
SURFACOR®Surfactant Base Engine
STACCOR®Structural Anti-Corrosion & Passivation
BARRICOR™Hydrophobic Barrier Film Builder
SOLV-X™Targeted Organic Solvent Extraction
ION-GRIP™Chelation & Electro-Chemical Anchor
SILOX-X™Polysiloxane Cross-Linking Matrix
GLIDEX®Lubricity & Micro-Slip Carrier
ISOFOAM™Controlled Phase Aeration
ACTIGEN™Kinetic Catalytic Activator
DYNASURF™Dynamic Surface Wetting & Dispersion
03 / Technology register
Technology is organised by function.
The register groups the technologies by function and describes what each one does.
04–06 / Mechanical Engines
SOLV-X™ · ION-GRIP™ · SILOX-X™
Targeted organic solvent extraction, chelation/electro-chemical anchoring and polysiloxane cross-linking functions.
07–10 / Performance Phases
GLIDEX® · ISOFOAM™ · ACTIGEN™ · DYNASURF™
Lubricity/micro-slip, controlled phase aeration, kinetic catalytic activation and dynamic surface wetting/dispersion functions.
04 / Product systems
Product-level technology is separately controlled.
Each PRIME product has a named technology system and defined process sequence. Product technologies are presented separately from the ten platform technologies.
| Product | Descriptor | Product technology | Process |
|---|---|---|---|
| BLACKRESET™ | Professional Tyre Cleaner Concentrate | SOILLIFT TECHNOLOGY™ | PENETRATE → LIFT → RESET → PREPARE |
| DASHGLAZE+ | Premium Dashboard & Interior Dressing | POLYMERIC HYBRID TECHNOLOGY™ | SPREAD → CONDITION → CONTROL → FINISH |
| FOAMFORGE™ | Professional Snow Foam | PRORITE® FOAM ENGINE™ | FOAM → BLANKET → CLING → DWELL → DESOIL → RINSE |
| GLASSVUE™ | Glass & Optical Clarity Cleaner | OPTIFLOW TECHNOLOGY™ | WET → LIFT → CONTROL → CLEAR |
| GREASECUT™ | Professional Heavy-Duty Degreaser | X-CUT TECHNOLOGY™ | PENETRATE → BREAK → EMULSIFY → RINSE |
| INTRAGLOW™ | Professional Interior Surface Cleaner | INTRALIFT TECHNOLOGY™ | CUT → LIFT → SUSPEND → CLEAN |
| POLYGLOW™ | Professional Water-Based Tyre Dressing | POLYOL TECHNOLOGY™ | DRESS → DARKEN → CONTROL → FINISH |
| TYRECOAT™ | Premium Silicone Tyre Dressing | SILICONE POLYMER HYBRID TECHNOLOGY™ | SPREAD → CONDITION → PROTECT → PRESERVE |
05 / Interaction
Technology operates through interaction.
The doctrine identifies interacting formulation functions rather than reducing performance to a single ingredient.
Formulation behaviour is considered together with physical application action.
Transport and soil removal can be designed as interacting functions.
Film, lubrication and surface behaviour may be coordinated where the formulation requires it.
Water chemistry and surfactant behaviour can be addressed together.
NEXT / PRODUCT
Technology matters when it improves the product.
Move from the technology architecture to the PRIME products where each technology has a defined product-level role.