Shandong ClanZhao New Material Technology Co., Ltd. is a specialized, wholly-owned foreign trade subsidiary of Linyi Xingguan Fine Chemical Co., Ltd. We are strategically positioned at the forefront of the global fine chemical industry, focusing our efforts on the comprehensive research, development, and high-volume production of advanced aerosol solutions. From our state-of-the-art facility, we coordinate international cross-border export logistics to service world-class brands across five continents.
By combining raw material synthesis, precision blending, and automated high-speed packaging under a single corporate umbrella, we offer our clients unparalleled supply chain stability. We act not just as a contract manufacturer, but as an OEM/ODM innovation partner for brands looking to claim market share in the rapidly expanding hair care, personal care, and industrial chemical segments.
Modern cosmetic science has shifted significantly from simple heavy resins to light, bio-mimetic polymers and micro-fibers. The Mane Hair Thickening Spray represents a specialized class of aerosol product designed to deliver dual benefits: instant structural volumizing of individual hair shafts and cosmetic masking of thinning areas. Formulating such products requires an intimate understanding of aerosol kinematics, particulate suspension chemistry, and hair biology.
"The success of a professional-grade mane hair thickening spray lies in its capability to distribute micro-particles evenly without causing capillary clumping. Our R&D division achieves this by balancing electrostatic charges on keratin-like fibers with flexible film-forming polymers."
We utilize high-purity VP/VA copolymers combined with natural silica particles. This creates a porous, flexible lattice around the hair shaft, effectively increasing the perceived diameter of each hair strand by up to 200% while maintaining natural movement.
Thinning hair requires pigments that do not sink or clump. Our formulations suspend micronized mineral pigments (such as iron oxides) and organic fibers in a hydrophobic liquid phase, ensuring uniform density in every spray.
Through precise valve configurations and optimized propellants (DME/LPG combinations), our nozzles release particles strictly within the 35–55 micron range. This creates a dry mist that dries instantly upon contact, avoiding greasy residue.
We offer scalable custom manufacturing, enabling brand owners and industrial procurement teams to design products perfectly matched to their local regulatory environments.
Tailoring viscosity, dry time, VOC content, and botanical active ingredients for specific regional standards.
Offering aluminum and tinplate cans, variable pressure valves, and custom actuators for tailored spray patterns.
Gas chromatography, water bath leak-testing, and pressure verification ensure 100% compliance and zero defect rates.
10 automated lines running continuously ensure orders are delivered within strict lead times globally.
The global hair care market is experiencing a profound transition. According to epidemiological data, hair thinning, premature baldness, and scalp sensitivities have escalated across both male and female demographics globally. This has triggered a surge in demand for non-invasive, instant aesthetic correctors like mane hair thickening sprays.
For commercial buyers—such as global salon networks, retail cosmetics brands, e-commerce conglomerates, and pharmaceutical distributors—sourcing these products presents a complex web of logistical and formulation challenges. Personal care aerosols are classified as hazardous materials (specifically UN1950 Aerosols, Class 2.1 or 2.2 depending on propellant type). Consequently, choosing a supplier that possesses certified dangerous goods packaging licenses and complete compliance documentation is imperative.
When auditing manufacturers for long-term contract manufacturing agreements, purchasing managers must verify:
We operate from a highly modern, integrated manufacturing campus spanning 100,000 square meters. By integrating our R&D laboratories with massive filling facilities, we eliminate intermediary logistical steps, allowing us to maintain competitive pricing and rigid quality control. Our collaborative research agreements with professional institutes allow us to continuously refine our aerosol formulations.








As a leading manufacturer, we remain dedicated to progressive technological iteration. We believe the future of cosmetic and industrial aerosols lies in environmental preservation, raw material safety, and precise dispensing systems. Our technical roadmap highlights three core focus areas:
Conventional styling agents use synthetic acrylic plastics that are resistant to natural decomposition. Our current project focuses on incorporating modified, water-soluble starch and cellulose derivatives that degrade rapidly in waste water systems while providing high humidity resistance on the scalp.
To drastically cut down greenhouse gas footprints, we are developing advanced bag-on-valve (BoV) filling platforms. This allows hair thickening sprays to utilize pure nitrogen or clean compressed air as the propellant, separating the formulation completely from the gas phase.
Volumizing sprays are frequently applied close to the hair roots. Our formulations are evolving to incorporate prebiotics and anti-inflammatory plant extracts, ensuring the spray maintains the scalp's natural pH and prevents follicular irritation or dandruff.
Navigating foreign borders with pressurized cargo requires flawless documentation. Shandong ClanZhao possesses all key licenses, ensuring our buyers face no regulatory disruptions at regional customs terminals. From ISO certification audits to chemical production authorizations, we maintain strict transparency.
Comprehensive verification of our corporate quality control loops, material traceability, and management standards.
Fully authorized and licensed production facility compliant with regional safety and environmental authorities.
Certified dangerous goods packaging capability for safe, legal transit of pressurized aerosols worldwide.