T992 Complex Anti-Foam

This product is the combination of acrylate non-silicon antifoam and silicon antifoam.

Inquire Now Next Product

Product Description

1. DESCRIPTION

CAS: 25608-12-2
Molecular formula: (C₁₅H₂₆O₂)_n

This product is the combination of acrylate non-silicon antifoam and silicon antifoam. It has good compatibility with various additives and has little effect on air release value. It has good dispersancy in both light and heavy oil.

2. DOSAGE RECOMMENDED

The recommended dosage is 0.01-0.03%

3. SPECIFICATION

ITEM	TYPICAL VALUE	TEST METHOD
Appearance	Light yellow liquid	Visual Inspection
Flash Point(COC), ℃	≥50	ASTM D92
Kinematics Viscosity (100℃), mm²/s	Report	ASTM D7042
Density (20℃)，kg/m³	800-850	ASTM D7042

4. PACKING

Drum

Related Products

HA107 Magnesium Alkyl Benzene Sulfonate (MGTBN400)

HA107 Magnesium Alkyl Benzene Sulfonate | TBN 400 Detergent Additive

High TBN Detergent Additive for Lubricants, Greases & Industrial Fluids Available for OEM, Private Label, and Custom Formulation TBN 400 for strong acid neutralization Effective detergency in high-temperature environments High compatibility with synthetic and mineral base oils Excellent oxidation and thermal stability Supports long oil drain intervals OEM & custom TBN/formula adjustments available

HA115B Sulfurized Alkylphenol Calcium (TBN250)

Sulfurized Alkylphenol Calcium is a high-performance overbased calcium sulfonate detergent widely used in the formulation of engine oils and industrial lubricants. With a high Total Base Number (TBN ≥245 mg KOH/g) and calcium content ≥9.0%, it effectively neutralizes acidic byproducts, maintains engine cleanliness, and provides outstanding rust and corrosion protection.

HA151 Polyisobutene Mono-Succinimide

The PIBSI dispersant/emulsifier is an ashless succinimide-based lubricant additive known for its outstanding thermal stability. It is widely used in both gasoline and diesel engine oils, typically in combination with alkaline detergents, corrosion inhibitors, and antioxidants.

HA161B Boronized High Molecular Polyisobutene Bis-Succinimide

HA161B Boronized High Molecular Polyisobutene Bis-Succinimide has superior high-temperature cleanliness and oxidation resistance. After the combination of boron and high-molecular-weight polyisobutylene (Mn≥2000), a more stable boron-nitrogen heterocyclic structure is formed, which can withstand extreme high temperatures (such as over 350℃)

HA161 High Molecular Polyisobutene Bis-Succinimide

Polyisobutene Succinimide is made from high active polyisobutylene by thermal adduction process. As it has good thermal stability, detergency and sludge dispersancy at low temperature, it can inhibit carbon deposition and paint film formation on engine piston. Its detergency at high temperature and high-temperature resistance are much better than traditional T154.

HA154B Boronized Polyisobutene Bis-Succinimide

Borated polyisobutene succinimide offers excellent low-temperature sludge dispersing performance, effectively preventing piston carbon buildup and varnish formation in engines.

Related News

Ashless Dispersants vs Detergents: What’s the Real Difference?

May. 18, 2025

Why Ashless Dispersants Are Key to Cleaner Combustion in 2025: Essential Insights for Sustainable Manufacturing

May. 17, 2025

How to Choose the Right Pour Point Depressant for Base Oil Blending

When maneuvering through the delicate dance of base oil amalgamation, the selection of an apt pour point depressant (PPD) becomes not just a decision, but an art form—a meticulous orchestration of chemistry and performance.

Apr. 18, 2025

What Is a Pour Point Depressant and Why Your Oil Needs It

A pour point depressant (PPD) is a chemical additive used in lubricants and oils. Its primary role is to lower the temperature at which oil solidifies or thickens. When temperatures drop, oils tend to gel, which disrupts flow. This can lead to equipment failure and reduced efficiency.

Apr. 18, 2025

Can You Mix Pour Point Depressants with Other Additives?

In the complex world of lubricants and fuel formulations, understanding the interactions between various chemical additives is essential for maintaining performance, reliability, and cost-effectiveness. One of the most frequently asked questions by formulators and industrial operators is: Can you mix pour point depressants (PPDs) with other additives?

Apr. 17, 2025

Related FAQ

Q: Do you provide after-sales service? What kind?

A: Yes, we provide comprehensive after-sales support, including technical consultation, third-party testing, and product certification testing.

Q: Where is your company located?

A: Our company are located in Shijiazhuang, China. It is very close to Beijing and only takes 1 hour by high-speed rail. There are multiple ports nearby, such as Tianjin and Qingdao. And our city also has international railway transportation lines for the China Europe freight train. We would be delighted to welcome you for a visit; please contact us to arrange an appointment.

Q: Is your company a trader or a manufacturer?

A: HEAO is a company established to focus on the international market of lubricant additives. We have two partnered lubricant additive factories in the local (Shijiazhuang Runjin Lubricant Additive Co., Ltd and Shijiazhuang Jubai Oil Co., Ltd), each producing different single or additive package. At the same time, we also have long-term and stable cooperation with various lubricant additive manufacturers in China , so we can provide you with the highest quality products, preferential prices, and professional services.

Q: Can your products be customized? Can I put my logo on the product?

A: If your target is not listed in our product catalog, please let us know your requirements. Some of our products can also be customized.

Q: How much is the sampling fee? How long does it take to get a sample?

A: Our samples are free up to 1kg and it usually takes 7 days to prepare and ship the sample.