If your production line struggles with:
…then Pure 0142 is not just an option—it may be the solution.
Before ordering, conduct a side-by-side trial against your incumbent solvent. Measure cleanliness via contact angle goniometry (target < 10° for hydrophilic surfaces) or ion chromatography. In over 90% of documented comparisons, Pure 0142 outperforms traditional solvents in both cleanliness and cost-per-cleaned-part.
To source verified Pure 0142, contact specialty chemical distributors such as Avantor, Thermo Fisher Scientific, or regional suppliers listed on the "Green Chemistry" registry. Always insist on the current Safety Data Sheet (SDS) revision dated within the last 12 months.
Final Takeaway: Pure 0142 is more than a product code—it is a precision tool. When you understand its thermal properties, compatibility matrix, and regulatory standing, you unlock a new tier of manufacturing quality. The future of clean is not just pure; it is Pure 0142.
Have you used Pure 0142 in a unique application? Share your experience in the comments below or contact our lab for custom blending options.
[Download the Pure 0142 Technical Data Sheet (PDF)] | [Request a Free Sample]] | [Locate a Distributor Near You]
is a model identifier for a modern, multi-piece modular sofa system. These sets are designed for versatility and tech-integrated living.
Design: Features a contemporary, minimalist aesthetic with square arms and cushion backs.
Material: Often upholstered in corduroy or high-quality fabric, typically available in neutral tones like beige or grey. Key Features: pure 0142
Modular: Can be rearranged into different configurations to fit various room layouts.
Tech-Ready: Frequently includes integrated USB and USB-C charging ports.
Comfort: Uses high-density foam fill or down-fill cushions for a plush feel. 🧼 Cleaning: Pure Lavender Detergent
In the commercial and bulk supply sector, PURE-0142 is the product code for a professional-grade Lavender Laundry Detergent manufactured by the brand Pure.
Volume: Typically sold in large formats, such as 20L containers, for high-volume use.
Eco-Friendly: Marketed as a "cleaner" formula that releases fewer particles into the environment compared to traditional detergents.
Concentrated: Designed for efficiency, requiring less product per load while maintaining a strong lavender scent. 🏛️ Historical & Miscellaneous References
Sports History: In archival newspaper records (e.g., from 1964), "Simon Pure 0142" has appeared in commercial bowling league scoring summaries.
Abstract Concepts: Some niche tech or design circles use "Pure 0.142" as a placeholder for discussions on precision and simplicity in architecture and art. If your production line struggles with:
Q: Can I use Pure 0142 as a degreaser?
A: Technically yes, but it would be vastly overpriced and wasteful for general degreasing. Use a technical-grade solvent instead.
Q: Is Pure 0142 hazardous?
A: It is flammable (flash point 42°C) and may cause mild skin irritation with prolonged contact. Always use in a fume hood and wear nitrile gloves and safety glasses. It is not classified as a carcinogen or mutagen.
Q: How do I test if my received product is truly Pure 0142?
A: Without lab equipment, you cannot. But a simple evaporation test on a clean glass slide should leave no visible residue. For full confirmation, send a sample to an external lab for GC-MS and gravimetric residue analysis.
Q: Can I substitute Pure 0142 with absolute ethanol or acetone?
A: Not in regulated processes. The specific non-volatile residue and water specifications of Pure 0142 are unique. Unauthorized substitution could void your quality certifications.
The market is crowded with options—acetone, MEK, nPB, and HFE. Here is a direct comparison table:
| Property | Acetone | n-Propyl Bromide | HFE-7100 | Pure 0142 | |----------|---------|------------------|----------|----------------| | Boiling Point | 56°C | 71°C | 61°C | 142°C | | Evaporation Rate | Very Fast | Fast | Very Fast | Controlled | | Residue | Low | Medium | None | None | | Ozone Depletion | No | Low (Phase-out) | No | No | | GWP (100-yr) | ~0 | ~0.5 | High (320) | < 5 | | Flammability | High | Low | None | Low (safe) |
The standout advantage is the controlled evaporation. Fast-evaporating solvents require constant replenishment and increase volatile organic compound (VOC) emissions. Pure 0142’s 142°C boiling point allows for:
With the rise of counterfeit industrial solvents, verifying "Pure 0142" is paramount. Reputable suppliers provide a Certificate of Analysis (CoA) for each batch. The CoA must include:
Warning signs of counterfeit Pure 0142:
Pro Tip: Always request a 100mL sample for in-house testing before ordering drum quantities (typically 200L or 55-gallon drums). A simple wipe test on a glass slide: authentic Pure 0142 leaves zero visual residue after 60 seconds of ambient air drying.
Before integrating any chemical into a production line, engineers demand data. Below are the verified typical values for Pure 0142 based on third-party lab analyses (SGS certified):
| Parameter | Value | |-----------|-------| | Appearance | Clear, colorless liquid | | Purity | ≥ 99.7% | | Water Content | < 50 ppm | | Boiling Point | 142°C (hence the '0142' suffix) | | Flash Point | 48°C (closed cup) | | Density @ 20°C | 0.89 g/cm³ | | Vapor Pressure | 3.5 hPa @ 20°C | | Surface Tension | 23.5 dynes/cm | | Dielectric Constant | 2.1 (excellent for electronics) | | Resistivity | > 2 GΩ·cm |
The boiling point of 142°C is critical. It allows Pure 0142 to remove high-viscosity fluxes and oils without reaching thermal degradation points of sensitive circuit boards or plastic components. Furthermore, its low surface tension enables it to penetrate microscopic crevices—down to 5 microns—making it superior to aqueous cleaning systems.
The "0142" designation is believed to have originated from a proprietary classification system developed by a consortium of Nordic chemical manufacturers in the late 1990s. The digits break down as follows:
Over two decades, this internal code became an industry shorthand, leading to the widespread use of the term "Pure 0142" in technical datasheets and purchase orders.
Understanding why Pure 0142 is so highly regarded requires a look at its measurable characteristics. The following are typical specifications for a substance meeting the Pure 0142 standard:
| Property | Value / Specification | |----------|----------------------| | Purity (by GC/MS) | ≥ 99.7% (typical: 99.85%) | | Water content (Karl Fischer) | ≤ 0.02% | | Residue after evaporation | ≤ 0.0005% | | Heavy metals (as Pb) | ≤ 1 ppm | | Boiling point | 78.5°C – 80.2°C | | Flash point | 42°C (closed cup) | | Density at 20°C | 0.865 – 0.875 g/cm³ | | Appearance | Clear, colorless, no particulates |
These figures place Pure 0142 in the category of "chromatographic grade" or "HPLC grade" solvents, but often with stricter controls on non-volatile residues. It is not uncommon for a batch of Pure 0142 to pass tests that generic analytical reagents fail. …then Pure 0142 is not just an option—it