High Dilution Water-Based Brake Pad Release Agent
Product Description
LubeKote 9601 is a state-of-the-art, microionic aqueous dispersion
copolymer specifically engineered for the demanding production of
friction materials. As a premier brake pad release agent, it is the
ideal solution for achieving flawless demolding of brake pads,
clutch plates, impels, and bearing shells. This product is
scientifically formulated to be the safest and most economical
substitute for traditional solvent-based and silicone oil
lubricants. By creating a reliable barrier between the mold and the
composite material, LubeKote 9601 guarantees easy part release,
resulting in a smooth, bright surface finish that is free from
common defects. Its innovative water-based formula addresses both
performance and environmental concerns in modern manufacturing.
Key Features & Advantages
Upgrade your production line with the significant benefits of
LubeKote 9601:
Superior Part Quality: Produces brake pad surfaces that are
exceptionally smooth and bright, enhancing the visual quality of
the final product.
Extended Mold Cleaning Cycles: The formula significantly reduces
residue build-up on mold surfaces, leading to longer intervals
between cleaning and increased productivity.
Zero Interference with Post-Processing: Unlike some silicone-based
agents, it leaves no interfering residue, ensuring brake pads are
perfectly prepared for critical post-molding processes like bonding
and painting.
Eco-Friendly & Safe Operation: Water-based and VOC-free, it
eliminates pungent odors and health hazards associated with
solvent-based release agents under heating, creating a safer
workplace.
Reduces Defects & Costs: Effectively prevents common issues like
pockmarks and sticking, which lowers the rejection rate and
provides a high return on investment through its excellent
dilutability.
Technical Parameters / Specifications
| Property | Specification |
|---|
| Product Name | LubeKote 9601 |
| Type | Water-Based Copolymer Dispersion |
| Appearance | Milky White Liquid |
| PH Value | 8.0 - 9.5 |
| Recommended Diluent | Deionized Water |
| Standard Package | 20 kg, 200 kg |
Frequently Asked Questions (FAQ)
Q: What makes LubeKote 9601 a good brake pad release agent?
A: It is specifically formulated for the high-pressure,
high-temperature molding of friction materials. It provides a clean
release, prevents pockmarks, and leaves a smooth surface finish
without affecting the pad's ability to be bonded or painted later.
Q: How do I dilute LubeKote 9601?
A: The product is highly concentrated for economy. It is
recommended to dilute it with deionized water at a ratio between
1:10 and 1:20 (product:water). Always conduct a small test to
determine the optimal ratio for your specific application.
Q: What is the best application method?
A: It can be applied using all standard methods: dip coating, spray
coating, or brush coating. For larger molds, spray coating is often
the most efficient way to achieve a thin, even film.
Q: Why is it safer than solvent-based alternatives?
A: As a water-based formula, it contains no volatile organic
compounds (VOCs), is non-flammable, and produces no pungent or
harmful fumes when it contacts hot molds, significantly improving
factory air quality and worker safety.
Q: How should I store this product?
A: Store LubeKote 9601 in its original, sealed container in a cool,
well-ventilated area. Keep it from freezing. Properly stored, it
has a long shelf life.
About Shanghai LoreChem Co., Ltd.
Established in 2008, Shanghai LoreChem is a high-tech enterprise
dedicated to providing release products including semi-permanent
release agents, anti-sticking solutions, surface lubricants, and
thermal reactive adhesives. With 15 years of continuous quality
improvement, our Lubekote release agents and Thinkbond adhesives
are well-known brands in the rubber, polyurethane, and composite
industries.
We serve domestic and international high-end production enterprises
with professional technical solutions and services. Our long-term
goal is to become one of Asia's premier suppliers of release
agents.
