Engineered to meet stringent global standards, our core product lineup delivers high-performance solutions for automotive, industrial, and consumer applications.
A trusted global supply chain leader in specialized aerosol engineering and advanced surface protection technologies.
Shandong ClanZhao New Material Technology Co., Ltd. serves as the specialized foreign trade subsidiary wholly-owned by Linyi Xingguan Fine Chemical Co., Ltd. We are strategically dedicated to the research, development, and global export of high-end chemical aerosols. Leveraging decades of chemical synthesis and manufacturing expertise, we offer specialized contract packaging, formula development, and custom filling operations to key importers across North America, Europe, Southeast Asia, and South America.
By operating under strict international compliance standards, we bridge the gap between advanced polymer science and industrial spray delivery systems. Our parent company's foundational manufacturing capabilities allow us to respond with high agility to emerging market demands—including next-generation Paint Protection Sprays (PPS), industrial coatings, and aerosolized surface maintenance consumables.
An industrial shift toward peelable, high-molecular polymer coatings and aerosolized surface defense barriers.
In modern industrial and automotive environments, physical preservation of painted surfaces is a critical factor influencing residual asset value, durability, and operational aesthetic longevity. Traditionally, adhesive-backed Paint Protection Films (PPF) dominated the automotive and high-end industrial markets. However, the physical constraints of adhesive wraps—including installation complex surface limitations, edge peeling, yellowing, and high labor costs—have driven demand for sprayable alternatives. This is where modern Paint Protection Spray (PPS) steps in.
Aerosol Paint Protection Spray represents a fundamental technological evolution. Using liquid-formulated aliphatic polyurethanes, vinyl polymers, or advanced acrylic compounds, these coatings are atomized and sprayed directly onto targeted substrates. Upon evaporation of the carrier solvents, a seamless, high-elasticity, and peelable elastomeric film is formed. This film provides critical defense against stone chipping, road salt corrosion, chemical exposure, environmental contaminants, and ultraviolet radiation.
Unlike traditional vinyl wraps that struggle on curved geometric shapes, liquid PPS flows into complex design lines, offering edge-to-edge coverage without seams or stress points.
Formulated with advanced fluorine-silicon additives, our protective sprays yield a hydrophobic contact angle of over 105°, causing moisture, dirt, and oil to bead off easily.
Designed with calibrated substrate adhesion, the cured film protects underlying paint finishes while remaining fully peelable without leaving sticky adhesive residues behind.
| Performance Metrics | Typical Aerosol PPS Specifications | Traditional Solvent-Based Clear Coats | Standard Vinyl Film (PPF) |
|---|---|---|---|
| Application Difficulty | Low (Aerosol DIY / Simple Pneumatic Spray) | High (Requires baking oven & clean room) | Very High (Requires certified physical wraps) |
| Thickness Control | Adjustable (1.5 - 3.5 mils per layer) | Fixed (1.0 - 2.0 mils) | Fixed (6.0 - 8.0 mils) |
| UV Stability | Aliphatic base prevents yellowing >3 years | Permanent but brittle over time | Variable; edges prone to yellowing |
| Reversibility | Yes (Peels off cleanly) | No (Requires permanent sanding & grinding) | Yes (But risk of adhesive transfer/paint lift) |
Shandong ClanZhao offers a highly diversified fine chemical catalog, with core categories optimized for international supply chains.
Our research and development capabilities span across eight specialized product series. This broad industrial portfolio allows our engineering team to cross-pollinate raw material chemical formulations. For instance, the emulsification technology utilized in our specialized cleaners informs the solvent suspension mechanisms in our high-end paint protection coatings.
A modern 100,000 square meter production footprint designed for zero-defect output and consistent batch-to-batch quality.
Continuous process optimization is the core driver of our production operations. Operating 10 international standard fully automated aerosol filling lines, our parent factory leverages state-of-the-art gas and liquid propellant blending apparatus. This allows for the simultaneous filling of hydrocarbon propellants (LPG) and dimethyl ether (DME) systems. Our system maintains propellant charging tolerances within ±0.5 grams, which prevents canister pressure fluctuations and guarantees consistent aerosol spray patterns for the end-user.
Additionally, we collaborate closely with domestic universities to maintain shared R&D laboratories. Here, research chemists develop custom-viscosity polyurethane dispersions (PUDs) and volatile organic compound (VOC)-compliant solvent structures. This collaborative environment enables us to engineer coatings that satisfy localized safety regulations, such as the EU REACH directive and US EPA requirements.
Unifying chemical raw material localization, port proximity, and vertically integrated aerosol can manufacturing.
Linyi City in Shandong Province stands as a primary chemical manufacturing hub in northern China. For global B2B procurement partners, this location offers significant logistics and raw material advantages. Because we source steel plating for aerosol cans, propellants, and active chemical polymers directly from regional refineries and raw material suppliers, we minimize domestic freight costs and insulate our clients from volatile commodity prices.
Our integrated manufacturing approach includes vertical control over packaging lines. We operate inline metal printing, can forming, safety valve production, automated product compounding, and final propellant filling in a continuous workflow. This structural efficiency keeps our overhead low and ensures competitive pricing on bulk chemical exports.
Aerosols are classified under UN1950 (Class 2.1 or 2.2 Dangerous Goods) for international ocean transport. Standard export channels cannot easily handle these pressurized containers without specialized documentation. We maintain all regulatory licenses required to print, package, store, and ship dangerous goods, which ensures compliant custom clearance through major global ports including Qingdao and Shanghai.
ISO 9001 Certification
Chemical Safety License
Dangerous Goods Export Qualification
Tailoring paint protection and fine-chemical technologies to regional markets and operational environments.
Widely used for temporary paint protection on new vehicles during transit, as well as customizable color modification sprays for auto detailing shops.
Applied to structural metal components and machinery during shipping and storage to protect surfaces from humidity, oxidation, and surface scratches.
Peelable formulations serve as temporary masks for window panes during construction, or as decorative seasonal sprays (e.g. artificial snow) that wash off cleanly.
B2B sourcing agents evaluating Chinese chemical exporters focus heavily on several key metrics: production consistency, chemical safety documentation, and packaging durability. At Shandong ClanZhao, we address these priorities by providing comprehensive support services, including:
Get answers to common technical, logistics, and OEM customization questions regarding our chemical aerosol products.
Our standard MOQ for custom aerosol products is typically 20,000 to 30,000 units per formulation. This is determined by the minimum metal lithography runs required to print high-quality client artwork directly onto the tinplate sheets before forming the cans. For unprinted or labeled cans, smaller test runs may be accommodated on a case-by-case basis.
We perform oven stability testing (at 50°C for 90 days) on all formulas to simulate up to two years of ambient shelf storage. Furthermore, for water-based or aggressive chemical formulations, we coat the inner walls of our tinplate cans with premium epoxy phenolic lacquer. This inner lining prevents chemical oxidation and maintains propellant pressure throughout long ocean shipments.
Yes. Our R&D team adjusts solvent carrier packages to comply with local VOC regulations. For European shipments, we ensure compliance with REACH regulations and supply CLP-compliant labeling. For US shipments, we formulate to meet CARB and EPA VOC thresholds, utilizing compliant solvents without compromising dry times or film thickness.
Depending on the required spray pressure and chemical solubility, we utilize high-purity Liquefied Petroleum Gas (LPG - butane/propane blends) or Dimethyl Ether (DME). LPG is highly cost-effective and suited for general sprays, while DME is selected for water-borne polymers and specialized solvent mixtures requiring strong solvent-propellant compatibility.
For initial OEM orders, the average production lead time is 30 to 45 days, which includes time for packaging design approval, lithographic plate fabrication, and can production. Repeat orders can generally be completed and loaded into export containers within 20 to 25 days from contract finalization.
Yes. As a certified manufacturer of dangerous goods packaging, we provide the official "Dangerous Goods Package Performance Test Report" required by maritime safety inspectors. Our shipping cartons, packaging materials, and pallets are designed to withstand structural loads and meet international sea transport rules for Class 2 aerosols.
Engineered for consistent spray performance and long-lasting protection across consumer and industrial applications.
ClanZhao
