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Oil‑Base Drilling Fluid Organoclay CAS 68953‑58‑2 Organophilic Bentonite for Diesel Mineral Oil Drilling Mud Viscosifier

Oil‑Base Drilling Fluid Organoclay CAS 68953‑58‑2 Organophilic Bentonite for Diesel Mineral Oil Drilling Mud Viscosifier

Oil‑Base Drilling Fluid Organoclay (CAS 68953‑58‑2) is drilling‑grade organophilic bentonite modified by organic quaternary ammonium salt, designed as viscosifier and rheology control additive for diesel‑based and mineral‑oil‑base drilling mud. Under high‑speed shearing together with suitable polar activator, clay platelets exfoliate and build reversible thixotropic gel network inside continuous oil phase. At static or low‑shear condition, the network suspends rock cuttings and heavy weighting m
Grease Grade Organo Bentonite BARAGEL Equivalent CAS 68953‑58‑2 Thickening Agent for Lithium Complex Lubricating Grease

Grease Grade Organo Bentonite BARAGEL Equivalent CAS 68953‑58‑2 Thickening Agent for Lithium Complex Lubricating Grease

Grease Grade Organo Bentonite BARAGEL Equivalent (CAS 68953‑58‑2) is special grease‑grade surface‑modified organophilic bentonite powder designed as direct alternative to BARAGEL, mainly applied for lithium‑complex lubricating grease manufacturing. Under high‑temperature shearing together with suitable polar activator, clay platelets are fully exfoliated to build stable three‑dimensional colloidal gel network within base oil. The network thickens mineral or synthetic base oil into consistent gre
Organo Bentonite SD‑3 CAS 68953‑58‑2 Self‑Activating Organoclay for General Anti‑Sag Anti‑Settlement Industrial Coatings

Organo Bentonite SD‑3 CAS 68953‑58‑2 Self‑Activating Organoclay for General Anti‑Sag Anti‑Settlement Industrial Coatings

SD‑3 Self‑Activating Organo Bentonite (CAS 68953‑58‑2) is a universal surface‑modified organoclay rheology thickener designed for general‑purpose solvent‑borne industrial coatings. Featuring self‑activating property, this grade does not require extra polar activator during production. Under adequate high‑shear dispersion, clay platelets exfoliate and form reversible three‑dimensional thixotropic network inside various solvent‑resin systems covering low to medium‑high polarity. The network preven
Self‑Activating Organophilic Bentonite SD‑2 CAS 68953‑58‑2 Rheology Modifier for Medium‑High Polar Solvent‑Based Paints

Self‑Activating Organophilic Bentonite SD‑2 CAS 68953‑58‑2 Rheology Modifier for Medium‑High Polar Solvent‑Based Paints

SD‑2 Self‑Activating Organophilic Bentonite (CAS 68953‑58‑2) is specially surface‑modified organoclay developed for medium‑high polar solvent‑based coating systems. This self‑activating grade eliminates the requirement for extra polar activator. With proper high‑shear mixing, clay platelets exfoliate and construct reversible thixotropic gel network within medium‑high polar resin‑solvent systems. It restrains sedimentation of heavy pigments and fillers, effectively prevents sagging on vertical su
Organoclay CAS 68953‑58‑2 Self‑Activating Organo Bentonite SD‑1 Sag‑Resistant Rheology Additive for Low‑Polar Coatings

Organoclay CAS 68953‑58‑2 Self‑Activating Organo Bentonite SD‑1 Sag‑Resistant Rheology Additive for Low‑Polar Coatings

SD‑1 Self‑Activating Organo Bentonite (CAS 68953‑58‑2) is organoclay rheological thickener tailored for low‑polar solvent coating systems. Unlike conventional organophilic bentonite, this self‑activating grade does not require additional polar activator during dispersion. When subjected to suitable high‑shear mixing, it forms stable colloidal network inside low‑polar resin‑solvent matrix. The developed gel network effectively inhibits pigment sedimentation and prevents sagging on vertical substr
Rutile TiO2 R103 CAS 13463-67-7 Low Reactivity for High Temperature Plastic Processing

Rutile TiO2 R103 CAS 13463-67-7 Low Reactivity for High Temperature Plastic Processing

Rutile TiO2 R103 is special‑purpose rutile titanium dioxide featuring low surface reactivity, treated by dense silica‑alumina inorganic coating. The dense barrier layer greatly reduces photocatalytic and chemical activity of titanium dioxide pigment. It avoids polymer degradation, molecular chain cleavage and foaming issues during long‑term high‑temperature plastic extrusion and injection molding. It delivers high tinting strength, excellent opacity and uniform dispersion in various engineering
N85 Functional Filler CAS 61790-53-2 for Putty and Filler Compound

N85 Functional Filler CAS 61790-53-2 for Putty and Filler Compound

N85 Functional Filler CAS 61790‑53‑2 is high‑purity natural siliceous earth processed via fine grinding and multi‑stage particle classification. Designed for building putty and filler compound. Its unique porous particle structure optimizes mixing workability and trowelling performance. It improves sandability of dried putty layer, reduces shrinkage cracking risk, enhances adhesion and weather resistance. Compatible with cement, gypsum and latex binder systems, it helps reduce comprehensive raw‑
N85 General Purpose Filler CAS 61790-53-2 for Footwear and Mechanical Rubber Goods

N85 General Purpose Filler CAS 61790-53-2 for Footwear and Mechanical Rubber Goods

N85 General Purpose Filler CAS 61790‑53‑2 is high‑purity natural siliceous earth processed via fine grinding and multi‑stage particle classification. As multi‑purpose semi‑reinforcing extender, it is widely used for footwear rubber compound and mechanical rubber goods. It enhances hardness, abrasion resistance and tear strength, lowers vulcanization shrinkage, optimizes mixing, injection and compression‑molding workability. Compatible with NR, SBR, NBR, EPDM and TPE shoe‑grade rubber systems, it
N85 Siliceous Earth CAS 61790-53-2 for Cable Compound and Wire Insulation

N85 Siliceous Earth CAS 61790-53-2 for Cable Compound and Wire Insulation

N85 Siliceous Earth CAS 61790‑53‑2 is high‑purity natural siliceous earth filler produced by fine grinding and multi‑stage particle classification. Featuring low electrical conductivity and chemically inert property, it works as semi‑reinforcing extender for cable compound and wire insulation materials. It enhances heat‑aging resistance, tensile strength and dimensional stability of insulation layer, reduces thermal‑shrinkage risk. Compatible with PVC, EPDM, XLPE and TPE cable systems, it lowers
N85 Type Filler CAS 61790-53-2 for Silicate Paint and Mineral Coating

N85 Type Filler CAS 61790-53-2 for Silicate Paint and Mineral Coating

N85 Type Filler CAS 61790‑53‑2 is high‑purity natural siliceous earth filler processed by fine grinding and multi‑stage particle classification. It exhibits excellent compatibility with potassium silicate, sodium silicate and other inorganic binders for silicate paint and mineral coating. It boosts hardness, water resistance and weather‑proof performance of inorganic paint film, reduces cracking risk during drying, optimizes storage anti‑settling property. Widely used for exterior inorganic mine
N85 Natural Filler CAS 61790-53-2 for Thermoplastic and Rubber Extrusion

N85 Natural Filler CAS 61790-53-2 for Thermoplastic and Rubber Extrusion

N85 Natural Filler CAS 61790‑53‑2 is high‑purity natural siliceous earth manufactured via fine grinding and multi‑stage precise particle classification. Optimized particle‑size distribution adapts to twin‑screw compounding and rubber extruder continuous production. It effectively reduces shrinkage and warpage of extruded profiles, boosts surface hardness, rigidity and wear resistance. It minimizes die abrasion and surface speckle defects. Compatible with polyolefin, EPDM, NBR, SBR and TPE system
N85 Functional Extender CAS 61790-53-2 for Construction Sealant and Adhesive

N85 Functional Extender CAS 61790-53-2 for Construction Sealant and Adhesive

N85 Functional Extender CAS 61790‑53‑2 is high‑purity natural siliceous earth filler manufactured through fine grinding and multi‑stage particle classification. Designed for construction‑grade sealant and adhesive, it forms stable thixotropic network inside paste system to avoid sagging on vertical joints. It raises hardness and tear strength after curing, reduces shrinkage deformation. Compatible with silicone, PU, MS hybrid polymer, it helps cut formula cost for mass‑produced building sealants

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