WOI-320

Phosphorus-Based Industrial AdditivePackage for High-PerformanceLubricants


WOI-320 is a highly effective phosphorus-based additive package engineered to enhance Anti-Wear, Anti-Friction and Extreme pressure (EP) performance in industrial lubricants. Designed for use in gear oils, Metal Working Fluid (MWF) formulations and drilling muds, WOI-320 delivers superior protection and performance in demanding industrial applications.

Applications

Gear Oils: Improves load-carrying capacity and reduces wear in heavy-duty industrialgearboxes.

Metalworking Fluids (MWF): Enhances lubricity and wear resistance in cutting, grinding and machining fluids.

Drilling Muds: Provides exceptional anti-wear and EP properties, ensuring reliability in highpressure drilling environments.

Technical Data

Composition: Phosphorus-based additive package

Form: Amber liquid

Stability: Long-term stable

Recommended Dosage: 1%-2.5% by.weight

Handling and Storage

Store in a cool, dry place to maintain product stability.

Compatible with most industrial lubricant formulations.

Packages Available

Pail
Vol: 5 Gal
Net: 18 kg / 40 Lb

Drum
Vol: 55 Gal
Net: 180 kg / 396 Lb

Performance Features

Anti-Wear Performance

Test Method: ASTM D4172

Dosage: 1% and 2.5% by weight in industrial oil formulations

Result: Significant recuction in wear scar size compared to lubricants without WOI-320

Anti-Friction Performance

Test Method: ASTM G99 (Pin-on-Disk Test)

Dosage: 1% and 2.5% by weight in industrial oil formulations

Result: Reduced coefficient of friction, ensuring smoother operation undervarying lood conditions

Extreme Pressure Performance

Test Method: ASTM D2783

Dosage: 1% and 2.5% by weight in industrial oil formulations

Result: Enhanced load-carrying capability, ensuring reliability under extreme operating conditions.

WOG-850

High-Performance 50% WS2 Dispersion in Synthetic Oil

WOG-850 is a premium oil-based dispersion containing 50% Tungsten Disulfide (WS2). This advanced additive provides exceptional anti-wear, anti-friction and extreme pressure (EP) performance. Designed for use in Industrial Lubricants, Automotive Applications and metal working fluids, WOG-850 ensures reliable performance in demanding environments.

Applications

Industrial Lubricants: Enhances load-carrying capacity and wear resistance in hydraulic fluidsand gear oils.

Automotive Applications: Improves durability and reduces friction in engine and transmissionoils.

Metalworking Fluids: Provides superior anti-wear and extreme pressure properties in cutting.grinding and machining fluids.

Technical Data

Composition: 50% Tungsten Disulfide (WS2) in synthetic oil

Appearance: Gray dispersion

Base Fluid: Synthetic oil

Stability: Long-term stable

Viscosity: Medium

Recommended Dosage: 0.25% -1% by weight

Handling and Storage

Shake or stir thoroughly before use to ensure uniform dispersion

Store in a cool, dry place to maintain product stability

Avoid freezing to preserve product performance

Packages Available

Pail
Vol: 5 Gal
Net: 25 kg / 55 Lb

Drum
Vol: 55 Gal
Net: 250 / 551 Lb

Anti-Wear Performance

Test Method: ASTM D4172 (adapted for oil-based systems)

Dosage: 0.25% and 1% by weight in synthetic oil formulations

Result: Significant reduction in wear scar size compared to untreated oil

Anti-Friction Performance

Test Method: ASTM G99 (Pin-on-Disk Test)

Dosage: 0.25% and 1% by weight in synthetic oil formulations

Result: Reduced coefficient of friction, ensuring smoother operation

BHO-12030

High-Performance Hexagonal Boron Nitride (hBN) Dispersion forIndustrial Applications

BHO-12030 is a premium oil-based dispersion containing 30% Hexagonal Boron Nitride (hBN). This versatile additive provides excellent Thermal Conductivity, Electrical Insulation and Anti-Friction properties. Its high-performance formulation is tailored for demanding Industrial Applications, Including Coatings, Lubricants and Thermal Management solutions.

Applications

Coatings: Improves thermal conductivity and electrical insulation in protective and functional coatings.

Lubricants: Enhances anti-wear and anti-friction performance in oil-based lubricant systems.

Thermal Management: Provides efficient heat dissipation in electronics and high-temperature environments.

Mold Release Agents: Offers superior non-stick properties and thermal stability for industrial molds.

Technical Data

Concentration: 30% Hexagonal Boron Nitride(hBN)

Appearance: White suspension

Base Fluid: Oil

Stability: Long-term stable

Viscosity: Medium

Handling and Storag

Shake or stir thoroughly before use to ensure uniform dispersion.

Store in a cool, dry place to maintain product stability.

Avoid freezing to preserve product performance.

Packages Available

Pail
Vol: 5 Gal
Net: 19 kg / 42 Lb

Drum
Vol: 55 Gal
Net: 190 kg / 419 Lb

Performance Features

Anti-Wear Performance

Test Method: ASTM D4172 (adapted for oil-based systems)

Dosage: 0.25% and 1% by weight in oil-based formulations

Result: Significant reduction in wear scar size

Anti-Friction Performance

Test Method: ASTM G99 (Pin-on-Disk Test)

Dosage: 0.25% and 1% by weight in oil-based formulations

Result: Reduced coefficient of friction, ensuring smoother operation.

Thermal Conductivity

Test Method: ASTM E1952 (Laser Flash Analysis)

Dosage: 0.25% and 1% by weight in coatings

Result: Enhanced thermal conductivity in heat management systems

WOG - 700

WS2 and hBN-Based Grease Additivefor Enhanced Lubrication

WOG-700 is a high-performance grease additive formulated with Tungsten Disulfide (WS2) and hexagonal boron nitride (hBN). This advanced additive is designed to significantly enhance the anti-wear, anti-friction and extreme pressure (EP) properties of lithium, aluminum and calcium-based greases, making it ideal for demanding applications.

Applications

Industrial Greases: Improves the performance of greases used in heavy machinery and manufacturing equipment.

Automotive Greases: Reduces friction and wear in bearings, chassis and other automotive components.

Heavy-Duty Equipment:: Provides superior load-carrying capacity and durability in construction and mining equipment.

Technical Data

Composition: WS2 and hBN

Form: Fine grey dispersion

Stability: Long-term stable

Recommended Dosage: 1% - 2.5% by weight

Handling and Storage

Ensure uniform dispersion by mixing thoroughly before use.

Store in a cool, dry place to maintain product stability.

Compatible with Lithium, Aluminum and Calcium-based greases.

Packages Available

Pail
Vol: 5 Gal
Net: 25 kg / 55 Lb

Drum
Vol: 55 Gal
Net: 250 kg / 551 Lb

Performance Features

Anti-Wear Performance:

Test Method: ASTM D4172

Dosage: 1% and 2.5% by weight

Result: Significant reduction weight in LiX, AIX and CaS greases in wear scar size compared to greases without WOG-700

Anti-Friction Performance:

Test Method: ASTM G99 (Pin-on-Disk Test)

Dosage: 1% and 2.5% by weight in LiX, AIX and CaS greases

Result: Reduced coefficient of friction across all grease types, with superior performance at higher dosages.

Extreme Pressure Performance:

Test Method: ASTM D2783

Dosage: 1% and 2.5% by weight in LiX, AIX and CaS greases

Result: Enhanced load-carrying capability, ensuring reliability under extreme operating conditions.

WOG - 730

Advanced WS2, MoS2 and hBN-Based Grease Additive for High-Performance Applications

WOG-730 is a cutting-edge grease additive composed of Tungsten Disulfide (WS2), Molybdenum Disulfide (MoS2) and Hexagonal BoronNitride (hBN). This multi-functional additive provides exceptional anti-wear, anti-friction and extreme pressure (EP) performance.Designed for demanding applications, WOG-730 enhances the performance of Lithium, Aluminum and Calcium-based greases in high-load and high-temperature environments. Recommended For Medium and heavy-duty applications; including Automotive, Mining, Agriculture, Oil&Gas, Water Treatment Facilities, Construction, Highway, Railroad, etc.

Applications

Industrial Greases: Optimizes the performance of greases used inmanufacturing equipment and heavy machinery.

Automotive Greases: Improves durability and reduces friction in bearings, chassis and other moving parts.

Heavy-Duty Equipment: Enhances load-carrying capacity and wearresistance in mining and construction machinery.

Technical Data

Composition: WS2, MoS2, hBN

Form: Fine grey dispersion

Stability: Long-term stable

Recommended Dosage: 1% - 2.5% by weight

Handling and Storage:

Ensure uniform dispersion by mixing thoroughly before use.

Store in a cool, dry place to maintain product stability.

Compatible with lithium, aluminum and calcium-based greases.

Benefits:

Protects components in harsh environments

Exceptional anti-wear, anti-friction and extreme pressure characteristics

Excellent load-carrying capacity

Wide temperature range

Cost-effective: less waste, lower maintenance costs

Packages Available

Pail
Vol: 5 Gal
Net: 25 kg / 55 Lb

Drum
Vol: 55 Gal
Net: 250 kg / 551 Lb

Performance Features

Anti-Wear Performance

Test Method: ASTM D4172

Dosage: 1% and 2.5% by weight in LiX, AIX and CaS greases

Result: Significant reduction in wear scar size compared to greases without WOG-730.

Anti-Friction Performance:

Test Method: ASTM G99 (Pin-on-Disk Test)

Dosage: 1% and 2.5% by weight in LiX, AIX and CaS greases

Result: Reduced coefficient of friction across all grease types, with superior performance at higher dosages.

Extreme Pressure Performance:

Test Method: ASTM D2783

Dosage: 1% and 2.5% by weight in LiX, AIX and CaS greases

Result: Enhanced load-carrying capability, ensuring reliability under extreme operating conditions.

BHW-11010

25% hBN Water-Based Dispersion

BHW-11010 is a zero-oil additive specifically formulated for lubricants, coolants, heat transfer fluids, coatings/surface treatments, cosmetics, 3D printing, composites and batteries. This product enhances Anti-Wear (AW), Anti-Friction (AF) properties and heat transfer properties making it ideal for applications in industries where water-based lubrication is preferred, such as metal working, textile manufacturing and food processing equipment. By incorporating BHW-11010, operators can achieve improved lubrication performance, reduced equipment wear and extended service life in environmentally conscious operations.

Technical Data

Appearance: White dispersion

Particle Size: Nano-scale

Concentration: 25% hBN

Stability: High stability if kept under room temperature conditions. Avoid direct sun light or freezing. Mix before use

pH: Neutral to slightly basic

Applications

Thermal Management: Coolants and Heat Transfer Fluids, Thermal Interface Materials (TIMs)

Coatings and SurfaceTreatments: Anti-stick Coatings, Protective Coatings

Composites and Materials Engineering:
Ceramic Composites, Polymers and Plastics

Machining and Metalworking: Cutting Fluids and Pastes, Polishing and Abrasives

Handling and Safety

Non-toxic, water-based, easy to mix.

Avoid direct sun light or freezing.

High stability if kept under room temp. conditions.Mix before use.

Mix before use.

Packages Available

Pail
Vol: 5 Gal
Net: 19 kg / 42 Lb

Drum
Vol: 55 Gal
Net: 190 kg / 419 Lb

Anti-Wear Performance

Test Method: ASTM D4172 (Four-Ball Wear Test, adaptedfor water-based dispersions)

Load: 40 kg

Speed: 1200 rpm

Temperature: 75°C

Duration: 60 minutes

Dosage: 1% by weight of BHW-11010 in water-basedlubricant.

Description: BHW-11010 significantly reduces wear scar size, demonstrating excellent anti-wear performance in aqueous systems.

Anti-Friction Performance

Test Method: ASTM G99 (Pin-on-Disk Test, water-basedmodification)

Load: 5N

Sliding Speed: 1 m/s

Duration: 10 minutes

Material: Steel pin on steel disk

Dosage: 0.5% by weight of BHW-11010 in a water-based lubricant.

Description: Adding BHW-11010 to water-based lubricant resulted in lower and more stable coefficient of friction compared to untreated water-based formulations.

Thermal Heat Map

Test Method: Infrared (IR) Thermal Imaging

Heat Source: Uniform heat applied to steel plates

Temperature Range: 25°C to 150°C

Duration: 10 minutes

Dosage: 2% by weight of BHW-11010 in water-based coolant.

Results : BHW-11010 enhances thermal conductivity in water-based systems, demonstrating lower peak temperatures and more uniform heat distribution.

Usage

1. Thermal Management & Coatings:

BN enhances cooling in electronics, automotive, and industrial systems (TIMs, coolants) and serves as a protective, anti-stick coating for metals, ceramics, and cookware.

2. Advanced Materials & Manufacturing:

Improves strength and heat resistance in ceramics, polymers, and 3D-printed materials for aerospace, defense, and high-temperature applications.

3. Energy & Environment:

• Ceramic Used in fuel cell coatings, advanced batteries, and lubricants for efficient thermal management and protection.Composites: Enhances strength and thermal properties in advanced ceramics used in aerospace and defense.

3. Personal Care & Machining:

Provides a silky texture in cosmetics, enhances UV protection, and improves lubrication and wear resistance in cutting fluids and abrasives.

WWA-400

Advanced 50% WS2 Water-Based Dispersion for Versatile Applications

WWA-400 is a high-performance water-based dispersion containing 50% Tungsten Disulfide (WS2).Designed for applications requiring superior anti-wear, anti-friction and extreme pressure properties, WWA-400 is ideal for environmentally conscious systems. Its unique formulation enhances lubrication performance, making it suitable for industrial, coating and metalworking applications.

Applications:

Metalworking Fluids: Enhances lubrication and wear resistancein cutting, grinding and machining

Industrial Lubricants: Boosts performance in water-based formulations.

Coatings: Provides low-friction and wear-resistant properties.

Technical Data:

Concentration: 50% WS2

Appearance: Grey-greenish dispersion

Viscosity: Long-term dispersion stability. Mix prior to use

pH: Neutral to slightly alkaline

Handling and Storage

Ensure uniform dispersion by mixing before use.

Store in a cool, dry place to maintain stability.

Compatible with most water-based systems.

Packages Available

Pail
Vol: 5 Gal
Net: 25 kg / 55 Lb

Drum
Vol: 55 Gal
Net: 250 kg / 551 Lb

Performance Features

Anti-Wear Performance:

Test Method: ASTM D4172 (adapted for water-basedsystems)

Dosage: 1% by weight of WWA-400

Result: WWA-400 reduces wear scar size by up to 38% compared to untreated systems.

Anti-Friction Performance:

Test Method: ASTM G99 (Pin-on-Disk Test)

Dosage: 0.5% by weight of WWA-400

Result: Demonstrates a significant reduction in coefficient of friction compared to untreated systems.

Extreme Pressure Performance:

Test Method: ASTM D2783

Dosage: 2% by weight of WWA-400

Result: Increases load-carrying capability by up to 60%
compared to untreated systems.

WWA-410

High-Performance 50% WS2 Water-Based Dispersion for Extreme Applications

WWA-410 is a premium water-based dispersion with 50% Tungsten Disulfide (WS2), tailored for demanding industrial environments. Its advanced formulation provides exceptional anti-wear, anti-friction and extreme pressure (EP) performance, making it ideal for heavy-duty and high-load applications.

Applications:

Hydraulic Fluids: Reduces wear and improves efficiency inwater-based hydraulic systems.

Metalworking Fluids:Optimizes lubrication in cutting, grinding and machining operations.

Industrial Coatings: Enhances durability andfriction reduction in coatings for moving components.

Technical Data:

Concentration: 50% WS2

Appearance: Grey dispersion

Viscosity: Medium

Stability: Long-term dispersion stability

pH: Neutral to slightly alkaline

Handling and Storage:

Mix thoroughly before use to ensure uniform dispersion.

Store in a cool, dry place to maintain product stability.

Compatible with most water-based systems.

Packages Available

Pail
Vol: 5 Gal
Net: 25 kg / 55 Lb

Drum
Vol: 55 Gal
Net: 250 kg / 551 Lb

Performance Features

Anti-Wear Performance:

Test Method: ASTM D4172 (adapted for water-based systems)

Dosage: 1% by weight of WWA-410

Result: WWA-410 reduces wear scar size by up to 62% compared to untreated systems.

Anti-Friction Performance:

Test Method: ASTM G99 (Pin-on-Disk Test)

Dosage: 0.5% by weight of WWA-410

Result: Significant reduction in the coefficient of frictionunder high-load conditions.

Extreme Pressure Performance:

Test Method: ASTM D2783

Dosage: 2% by weight of WWA-410

Result: Load-carrying capability increased by up to 75% compared to untreated systems.

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