Discover our foundational chemical formulations engineered for commercial, domestic, and specialized industrial deployments. Each product undergoes rigorous testing for efficiency, safety, and operational reliability.
Shandong ClanZhao New Material Technology Co., Ltd. stands as the premier, specialized foreign trade subsidiary wholly owned by Linyi Xingguan Fine Chemical Co., Ltd. With a singular focus on high-performance chemical engineering, we have dedicated almost two decades to the research, development, and international export of professional-grade aerosol formulations. Our technical competency extends from precise electronic contact cleaners to complex industrial sealing materials, scaling brand capability for international buyers.
By blending university-backed research with raw material integration, we build customized formulas designed for sensitive components. Our production is geared toward strict safety boundaries, ensuring that every batch of electric component cleaner demonstrates the required dielectric properties, fast evaporation profiles, and zero-residue requirements critical in modern electronics servicing.
Precision cleaning of electric components is not merely about oil or dust removal; it is a delicate balance of chemical compatibility, evaporation mechanics, and safety thresholds. When designing an OEM formulation for global deployment, we analyze three primary chemical markers:
Cleaners must act as non-conductive barriers during application to prevent short circuits. Our formulas feature a dielectric strength of ≥ 25,000 Volts (25 kV), allowing technicians to clean energized circuits without triggering dangerous discharges.
Leftover residue attracts particulate matter and traps moisture, leading to impedance anomalies. Our precision solvents utilize volatile organic carriers that evaporate completely within seconds, leaving zero tracking film.
The KB value determines the solvency strength. A high KB cleans aggressively but risks damaging sensitive engineering polymers (ABS, polycarbonate). We maintain customizable KB values (typically 25 to 55) to optimize plastic safety.
| Formulation Type | Dielectric Voltage | Evaporation Rate | Plastic Compatibility | KB Index | Primary Industrial Use Case |
|---|---|---|---|---|---|
| HFE-Based (Premium Hydrofluoroether) | > 35 kV | Ultra-Fast (<10s) | Excellent (Safe on all substrates) | 15 - 25 | Aerospace instrumentation, medical electronics, high-end server boards. |
| Modified Aliphatic Hydrocarbon | > 25 kV | Moderate (30-40s) | Good (Test on soft acrylics) | 28 - 35 | Automotive ECU blocks, industrial switchgear, motor contacts. |
| Co-Solvent Active Aerosol | > 15 kV | Fast (15-20s) | Moderate (Metal-safe only) | 50 - 75 | Heavy industrial rust-removal, oxidation cleanup, mechanical contacts. |
The global precision cleaning industry is undergoing a structural transition. Historical workhorses like Trichloroethylene (TCE) and n-Propyl Bromide (nPB) have faced tight restrictions under global health directives, including the US EPA’s TSCA regulations and EU REACH protocols, due to their toxicity profiles.
For procurement officers and industrial brands, safety is paramount. Our R&D division has developed replacement solvent systems that match the degreasing performance of legacy halogenated agents while remaining fully compliant with RoHS and VOC restrictions. By shifting toward low-GWP (Global Warming Potential) propellants and bio-compatible carrier molecules, we assist global clients in transitioning their product portfolios toward modern environmental standards.
Through our comprehensive OEM service, we customize formulation characteristics to match local regulatory frameworks. Whether your target market demands low-VOC compliance in California or strict REACH declarations in Europe, we customize the chemistry to keep your supply chain free of legal and environmental bottlenecks.
Precision cleaning challenges change dynamically based on environmental conditions and industry structures. We customize our formulations to solve specific local environmental and engineering problems:
With the expansion of electric vehicle charging networks and high-voltage ECUs across the US and Canada, cleaners must prevent moisture intrusion. Our formulations clean sensitive battery management systems and charging plugs without degrading polycarbonate housings or nylon couplers.
In humid tropical zones, electronic modules suffer from rapid oxidation and mold growth. Our tailored solutions include trace anti-fungal inhibitors and fast moisture-displacement mechanisms, drying wet wiring looms and control boards instantly to protect structural integrity.
Cleaners deployed in European wind energy networks face cold weather and high mechanical friction. We supply low-temperature propellants that maintain consistent spray pressure down to -15°C, ensuring reliable operation during offshore turbine servicing.
Our parent company, Linyi Xingguan Fine Chemical Co., Ltd., has invested heavily in creating a state-of-the-art chemical manufacturing ecosystem. This physical layout guarantees that we translate laboratory formulas into millions of high-quality finished units with low variance.
Our 100,000 square meter manufacturing facility features 10 international standard fully automated filling lines. By automating tasks from empty can loading and multi-component gas blending to pressure monitoring and weight checks, we minimize human error and accelerate throughput.
We work closely with certified testing labs to verify every batch. Our laboratory features gas chromatography, dielectric chamber monitors, and aging ovens to simulate long transport periods and extreme weather conditions. This comprehensive approach ensures that our products resist leakage, degradation, and performance drops during shipping and storage.
Global logistics and sourcing require reliable lead times and predictable cost structures. Sourcing from our facility in Linyi, Shandong, gives our global partners access to a robust industrial supply network:
We are situated near major petrochemical hubs, securing reliable access to specialized propellant bases and volatile solvent carriers. This regional integration insulates our pricing from global supply shocks.
We avoid outsourcing lag times by running integrated can lithography and pressing processes. Controlling the raw sheet metal feed down to the final seam assembly minimizes risk and keeps lead times stable.
Aerosols fall under UN1950 classification for global freight. We maintain all international dangerous goods packaging permits, enabling smooth marine and rail transit without customs delays.
Exporting chemical products globally requires navigating complex local regulations. As a responsible global supplier, our business systems are structured around international chemical standards.
Our production facilities operate under ISO 9001:2015 quality management systems. We maintain full material tracking protocols, ensuring that raw material inputs match final batch analysis sheets. Every production run is issued an updated Safety Data Sheet (SDS) prepared in compliance with GHS rules in the target country's language (including EU REACH, US OSHA, and Australian WorkSafe standards).
We also hold the official Chemical Production License and the Special Certification for Exporting Dangerous Goods Packaging. These credentials assure our clients that their shipments meet international port-of-entry safety standards, protecting their cargo from seizure or regulatory delays.
To support our global partners over the long term, our research labs focus on next-generation chemical technologies. Our development plan addresses upcoming environmental trends:
We are phasing out standard fluorocarbon propellants (like HFC-134a, which has a GWP of 1430) and replacing them with hydrofluoroolefins (HFO-1234ze). This adjustment reduces the global warming potential of our aerosol products to less than 1, helping clients meet evolving carbon targets.
Our research team is evaluating terpenes and ethyl lactate derivatives to develop high-performance bio-cleaners. These natural solvents are designed to dissolve tough oils while remaining biodegradable and safe for plastic components.
We are developing active anti-static coatings that can be sprayed directly onto active equipment. These coatings help disperse static charges on electronic assemblies during cleaning, protecting sensitive components in dry working environments.
Contact cleaners are formulated to remove oxidation and restore conductivity to mating electrical contacts, often leaving a microscopic protective oil film. Electric component cleaners are degreasing agents designed to evaporate completely, leaving no residue. They clean circuit traces, PCB boards, and electronic components without altering electrical resistance.
Many industrial cleaners contain harsh organic solvents like acetone or chlorinated compounds that can dissolve, craze, or weaken plastics (such as ABS, polycarbonates, and polystyrenes) used in housings and wire coatings. We manage this by formulating solvents with low Kauri-Butanol (KB) indexes. We also conduct environmental stress cracking tests on various plastic substrates before bulk manufacturing.
Yes, provided you choose a formula with a high dielectric strength (typically ≥ 25 kV) and a non-flammable propellant system. When spraying live circuits, check that the solvent has fully evaporated before returning the unit to service to prevent spark risk from trapped vapors.
Under IMDG/IATA rules, pressurized aerosols are classified as Dangerous Goods (UN1950, Class 2.1 or 2.2). We utilize certified double-seamed aluminum and tinplate steel cans that pass burst-pressure testing. Our shipments are packed in heavy-duty outer cartons with correct hazard labeling, accompanied by compliant GHS Safety Data Sheets and export documents.
Our precision aerosol products feature a standard shelf life of 2 to 3 years when stored in a cool, dry place away from direct sunlight and heat sources. We use high-quality gasket materials in our valves and crimp assemblies to minimize propellant micro-leakage over long storage periods.
We provide full-spectrum OEM and ODM customization services. This includes adjusting solvent chemistry (evaporation rate, dielectric strength, and KB index), choosing propellants, customizing can sizes (from 100ml to 750ml), and designing custom lithographed metal print patterns or paper labels.
In addition to precision solvent cleaners, we produce a wide range of specialty aerosols for automotive, building, and household maintenance. Partner with us for a simplified, single-source chemical supply chain.
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