RHENODIV BO-7672-1

Rhenodiv BO-7672-1 is a trade-name specialty additive used as a process aid to improve dispersion stability, flow, and handling performance in industrial formulations, and Rhenodiv BO-7672-1 is valued for helping control agglomeration and improving uniformity of solid-containing systems.
Rhenodiv BO-7672-1 is used in coatings, inks, pigment concentrates, and other formulations where stable particle distribution and consistent rheology are required, and Rhenodiv BO-7672-1 performance depends on the exact chemistry of the grade, dosage, and compatibility with the binder, solvent, and pigment/filler package.
Rhenodiv BO-7672-1 is typically supplied as a liquid or viscous concentrate, and Rhenodiv BO-7672-1 should be evaluated in the target system for stability, color development, viscosity impact, and long-term storage behavior.

CAS Number: 1592-23-0
EC Number: 216-472-8
Molecular Formula: C₃₆H₇₀CaO₄
Molecular Weight: 607.02 g/mol

Synonyms: Rhenodiv BO-7672-1, RHENODIV BO-7672-1, Rhenodiv BO Series Additive, Rhenodiv Dispersant (trade dependent), Rhenodiv Wetting Agent (trade dependent), Pigment Dispersant Additive, Wetting and Dispersing Additive, Dispersion Stabilizer, Milling Aid Additive, Rheology/Flow Aid (trade dependent), Process Aid Rhenodiv, Dispersing Agent Concentrate, Rhenodiv BO-7672-1, RHENODIV BO-7672-1, Rhenodiv BO 7672 1, RHENODIV BO 7672 1, Rhenodiv BO-7672, RHENODIV BO-7672, Rhenodiv 7672-1, RHENODIV 7672-1, Rhenodiv BO Release Agent, RHENODIV BO Release Agent, Rhenodiv BO-7672-1 Release Agent, RHENODIV BO-7672-1 Release Agent, Rhenodiv BO-7672-1 Mold Release Agent, RHENODIV BO-7672-1 Mold Release Agent, Rhenodiv BO-7672-1 Rubber Release Agent, RHENODIV BO-7672-1 Rubber Release Agent, Rhenodiv BO-7672-1 Processing Aid, RHENODIV BO-7672-1 Processing Aid, Rhenodiv BO-7672-1 Lubricant, RHENODIV BO-7672-1 Lubricant, Rhenodiv BO-7672-1 Anti-Sticking Agent, RHENODIV BO-7672-1 Anti-Sticking Agent, Rhenodiv BO-7672-1 Rubber Additive, RHENODIV BO-7672-1 Rubber Additive, Rhenodiv BO-7672-1 Industrial Grade, RHENODIV BO-7672-1 Polymer Processing Aid, Rhenodiv BO-7672-1 Tire Release Agent, RHENODIV BO-7672-1 Tire Release Agent, Rhenodiv BO-7672-1 Rubber Mold Lubricant, RHENODIV BO-7672-1 Rubber Mold Lubricant, Rhenodiv BO-7672-1 Surface Treatment Agent, RHENODIV BO-7672-1 Surface Treatment Agent, Rhenodiv BO-7672-1 Manufacturing Aid 

APPLICATIONS

Rhenodiv BO-7672-1 is used in pigment concentrates to improve wetting of pigment surfaces and accelerate dispersion during high-speed mixing.
Rhenodiv BO-7672-1 is incorporated into grinding stages to reduce agglomeration and improve milling efficiency in compatible systems.
Rhenodiv BO-7672-1 is used to enhance color strength development by promoting more uniform pigment distribution.

Rhenodiv BO-7672-1 is used in waterborne coatings in selected applications to improve pigment wetting and reduce defects such as flocculation and flooding.
Rhenodiv BO-7672-1 is incorporated into architectural coatings to support stable viscosity and consistent appearance during storage.
Rhenodiv BO-7672-1 is used in industrial paints to improve leveling and reduce haze linked to poor dispersion.

Rhenodiv BO-7672-1 is used in solventborne coatings in selected applications to improve pigment wetting and maintain stable dispersion over time.
Rhenodiv BO-7672-1 is incorporated into high-solids systems to improve flow and reduce viscosity build from poorly dispersed solids.
Rhenodiv BO-7672-1 is used in anticorrosive primers in selected formulations to improve filler distribution and film uniformity.

Rhenodiv BO-7672-1 is used in printing inks to improve pigment dispersion stability and reduce viscosity drift in storage.
Rhenodiv BO-7672-1 is incorporated into flexographic and gravure inks to improve laydown uniformity and reduce specking.
Rhenodiv BO-7672-1 is used in overprint varnishes in selected applications to stabilize matting agents and fillers.

Rhenodiv BO-7672-1 is used in filler-rich systems to improve wetting of mineral fillers and reduce settling and hard-pack formation in compatible designs.
Rhenodiv BO-7672-1 is incorporated into masterbatches and slurry systems in selected applications to improve pumpability and handling.
Rhenodiv BO-7672-1 is valued because Rhenodiv BO-7672-1 supports stable dispersion quality, consistent rheology, and improved processing robustness in many solid-containing formulations.

Rhenodiv BO-7672-1 is used to reduce reliance on strong dusting agents such as talc in some operations.
Rhenodiv BO-7672-1 is used when a cleaner working area is desired compared with powder dusting methods.
Rhenodiv BO-7672-1 is used to improve visibility and housekeeping by minimizing airborne dust in some shops.

Rhenodiv BO-7672-1 is used to form a thin release film on rubber compound surfaces.
Rhenodiv BO-7672-1 is used to reduce tack on sheet surfaces while maintaining processability in many compounds.
Rhenodiv BO-7672-1 is used to support consistent sheet take-off behavior from rolls in some conditions.

Rhenodiv BO-7672-1 is used in profile production to prevent curing together of open-cured rubber profiles in some lines.
Rhenodiv BO-7672-1 is used in steam cure processes to reduce water stain formation on rubber surfaces in some conditions.
Rhenodiv BO-7672-1 is used to improve separation of profiles after curing in some operations.

Rhenodiv BO-7672-1 is used in hose and belt rubber compound handling to prevent sheet-to-sheet adhesion before forming.
Rhenodiv BO-7672-1 is used to improve feeding consistency into downstream cutting and lay-up stations.

Rhenodiv BO-7672-1 is used as a dilution-in-water release system in some facilities for spray or wipe application.
Rhenodiv BO-7672-1 is used in dip or roll-coating application setups for uniform coverage in some sheet lines.
Rhenodiv BO-7672-1 is used in recirculating application baths where stable dispersion is required.

Rhenodiv BO-7672-1 is used in quality-focused rubber production where clean surfaces are needed for subsequent steps.
Rhenodiv BO-7672-1 is used to reduce surface contamination compared with heavy powder dusting in some plants.
Rhenodiv BO-7672-1 is used to improve appearance consistency of sheets and semi-finished goods.

Rhenodiv BO-7672-1 is used in troubleshooting when talc causes dust, poor catch behavior, or surface issues in steam cure.
Rhenodiv BO-7672-1 is used when powder dusting leads to downstream cleanliness or defect concerns in some processes.
Rhenodiv BO-7672-1 is used to reduce water stains and improve surface quality in some curing operations.

Rhenodiv BO-7672-1 is commonly referenced as a combination of fatty-acid-salt chemistry with calcium stearate in the product family literature.
Rhenodiv BO-7672-1 is typically used as an aqueous application system with a recommended concentration range shown in product listings.

DESCRIPTION

Rhenodiv BO-7672-1 is a proprietary additive, and Rhenodiv BO-7672-1 typically functions by adsorbing onto particle surfaces and improving wetting while providing steric or electrostatic stabilization depending on the chemistry.
Rhenodiv BO-7672-1 can reduce flocculation by improving particle separation, and this helps maintain consistent color, gloss, and film uniformity in coatings and inks.
Rhenodiv BO-7672-1 can also reduce dispersion viscosity at a given solids level in some systems, but overdosing can cause incompatibility, foaming, or loss of structure, so optimization is important.

Rhenodiv BO-7672-1 compatibility depends on resin type, solvent system, pH, and electrolyte content, and performance should be validated with stability testing including heat aging and freeze-thaw where applicable.
Rhenodiv BO-7672-1 should be added at the recommended stage (often during pigment wetting or grinding) to achieve best adsorption and stabilization performance.
Rhenodiv BO-7672-1 should be used according to applicable regulations and good industrial hygiene practices for the target market and facility.

Rhenodiv BO-7672-1 should be stored in tightly closed containers to prevent contamination and changes in viscosity due to solvent or water loss.
Rhenodiv BO-7672-1 should be protected from freezing or excessive heat if the supplied form is temperature sensitive.
Rhenodiv BO-7672-1 should be mixed with controlled shear to avoid air entrainment and to ensure uniform distribution in the formulation.

Rhenodiv BO-7672-1 can help prevent water stains in some steam cure situations according to product-family descriptions.
Rhenodiv BO-7672-1 performance depends on dilution ratio, application method, surface coverage, compound tack level, and process conditions.
Rhenodiv BO-7672-1 should be mixed or stirred as needed to maintain a homogeneous dispersion prior to use in water-based application systems.

Rhenodiv BO-7672-1 is typically selected to improve handling and separation while minimizing adverse impacts on downstream processing when used correctly.
Rhenodiv BO-7672-1 is generally managed as a process aid, and dose optimization is typically done by plant trials to match specific rubber recipes.
Rhenodiv BO-7672-1 should be stored in closed containers under appropriate conditions to maintain dispersion stability over its stated shelf-life window.

PROPERTIES

Common Name: Rhenodiv BO-7672-1
Chemical Type: Proprietary dispersant / wetting additive (trade dependent)
Appearance: Liquid or viscous concentrate (grade dependent)
Odor: Mild characteristic odor
Solubility: Grade dependent; typically compatible with the intended resin/solvent system
Function: Wetting, dispersing, stabilization, viscosity control (system dependent)
Dosage Range: Formulation dependent; optimized by performance testing
Stability: Stable under recommended storage; avoid extreme temperatures (grade dependent)
Storage Temperature: 5–30°C, tightly closed (grade dependent)
Shelf Life: Typically 12–24 months in original sealed packaging (supplier dependent)

FIRST AID

Inhalation:
Move to fresh air if vapors or mists are inhaled.
Seek medical attention if respiratory irritation persists.
Avoid breathing aerosols during spraying or high-shear operations that generate mist.

Skin Contact:
Wash with soap and water after contact.
Remove contaminated clothing and wash before reuse.
Seek medical advice if irritation develops or persists.

Eye Contact:
Rinse cautiously with water for several minutes.
Remove contact lenses if present and easy to do, then continue rinsing.
Seek medical attention if irritation persists.

Ingestion:
Rinse mouth with water and do not induce vomiting.
Seek medical attention if discomfort occurs or if a significant amount is swallowed.
Never give anything by mouth to an unconscious person.

Note to Physicians:
Treat symptomatically.
No specific antidote is required.
Provide supportive care as needed.

HANDLING AND STORAGE

Handling:
Use appropriate PPE including chemical-resistant gloves and safety glasses for bulk handling.
Avoid splashing into eyes and avoid prolonged skin contact.
Use clean dosing equipment and avoid contamination of storage containers.

Ventilation:
Use general ventilation for normal handling.
Use local exhaust if spraying, heating, or mist generation is possible.
Avoid aerosol formation in enclosed spaces without adequate airflow.

Storage:
Store in tightly closed containers in a cool, dry, well-ventilated area.
Protect from freezing and excessive heat if the grade is temperature sensitive.
Keep away from strong oxidizers and incompatible chemicals.

Spill and Leak Procedures:
Contain spill and absorb with inert material.
Clean residue promptly because liquids can create slip hazards.
Dispose of waste according to local regulations and facility procedures.

Handling Precautions:
Optimize dosage because dispersant performance can invert at high levels, leading to instability, foaming, or viscosity issues.
Verify compatibility with the resin and pigment package because different pigment chemistries require different adsorption behavior.
Rotate stock using FIFO practices to maintain consistent quality and predictable dispersion performance.