JS-1063-A Electronic Fluorination Liquid
Product Information
Brand: Jingshang
Model: JS-1063-A
Color: Transparent liquid
Specifications: 1KG/barrel, 5KG/barrel, 20KG/barrel, 250KG/barrel
Shelf life: 24 months unopened
Boiling point: 63 ℃
JS-1063-A electronic fluorinating liquid is an azeotrope formulation of hydrofluoroether, methyl non fluorobutyl ether (C4F9OCH3), trans-1,2-dichloroethylene (t-DCE), and ethanol. This mixture is a true azeotrope, consisting of ant vapor and liquid at boiling point. JS-1063-A fluid is an ideal choice for cleaning and degreasing tasks, aimed at replacing ozone depleting materials in many applications, as well as certain aqueous cleaning processes and solvent coating applications. The increased solvency, low surface tension, non flammability, and constant composition during the boiling process of JS-1063-A make it an ideal choice for immersion thawing and degreasing applications. The ethanol component in JS-1063-A enhances the removal of ionic pollutants.
u Non flammable
u Non-conductive
u Low toxicity
u Low Global Warming Potential
u Ozone Zero Depletion Potential
u Low surface tension penetrates narrow spaces to improve cleanliness
u Very suitable for removing ion pollution
u Cleaning, rinsing, and drying agents; Coating solvent
u Cleaning oil, grease, wax, processing oil, and solder residue
u Precision coatings of silicone and other lubricants
Physical state: | liquid |
Specific physical form: | liquid |
colour | colourless |
smell | Slightly odorous |
Olfactory threshold: | No information available |
PH value: | Not applicable |
Melting point/freezing point: | Not applicable |
Boiling point/initial boiling point/boiling range: | 63 ℃ |
Flash point: | No flash point [detailed information: tested according to ASTM method D 56-87] |
Evaporation rate: | 66 [Reference standard: molar ratio=1] |
Flammability (solid, gas): | |
Combustion limit range (lower limit): | 5.1% volume ratio [detailed information: testing method according to ASTM E681-94] |
Burning limit range (upper limit): | 12.7% volume ratio [detailed information: testing method according to ASTM E681-94] |
Vapor pressure: | 55,062 Pa [@ 25 ℃ ] |
Vapor density: | 4.8 [@ 20 ℃] [Reference standard: Air=1] |
Density: | 1.33 g/ml |
Relative density: | 1.33 [Reference standard: Water=1] |
Water solubility: | A small amount (less than 10%) |
Solubility - Non water soluble: | No information available |
N-Octanol/Water Partition Coefficient: | No information available |
Spontaneous combustion temperature: | 420 ℃ |
Decomposition temperature: | Not applicable |
Viscosity: | 0.45 mPa-s |
molecular weight | No information available |
Volatile Organic Compounds | 629 g/l [Test method: South Coast Air Quality Management Agency, United States] |
Percentage of volatile substances | 100 % |
Exempted anhydrous VOC solvents | 629 g/l [Test method: According to the South Coast Air Quality Management Agency of the United States] |
JS-1063-A electronic fluorine solution should be packaged in a clean, dry, and free of other impurities storage tank, with a rubber lined cover and encrypted seal during packaging. 1KG/barrel, 5KG/barrel, and 20KG/barrel are all made of HDPE material, while 250KG/barrel is made of iron plastic composite steel barrel. If the customer has requirements, packaging shall be carried out according to the customer's requirements.
JS-1063-A electronic fluoride solution is stored in a low-temperature, dry, and ventilated place (avoiding direct sunlight), and the shelf life of unopened products is 2 years; The shelf life after opening is affected by protective measures, and under sealed low-temperature and dry conditions, the shelf life is more than six months.
u This product must be used within its shelf life and should be opened and used immediately. Before use, be sure to read the product MSDS.
u If it splashes into the eyes during use, immediately rinse with plenty of water and seek medical attention; If in contact with skin, please wash thoroughly with soapy water.
u Avoid contact with high temperatures or alkaline earth metals during use, as they can easily decompose and reduce performance.
