Products

Fluorocarbon hydrogen ether
Fluorocarbon hydrogen ether,CAS NO.:163702-08-7
Product description

JS-1063DL Electronic Fluorination Liquid

Product Information

Brand: Jingshang

Model: JS-1063DL

Color: Transparent liquid

Specifications: 1KG/barrel, 5KG/barrel, 20KG/barrel, 250KG/barrel

Shelf life: 24 months unopened

Boiling point: 63

 

Product Introduction

JS-1063DL electronic fluoride solution is a high-purity version of JS-1063, designed to meet some of the most demanding needs in the electronics industry. It is used for precision cleaning and serves as a deposition solvent when high-purity materials are required.  The product specifications strictly control the following pollutants: ion particles, metal non-volatile residues, JS-1063DL fluid used in the disk drive industry for depositing lubricants and lubricant additives, as well as cleaning during the processing of universal joint components. It can also be used for other electronic, aerospace, and medical industrial applications that require non flammable, high-purity, and consistent products.

 

Product Features

Non flammable

Non-conductive

Compatible with plastics

Low toxicity

Low Global Warming Potential

Ozone Zero Depletion Potential

Exemption from solvents (US Environmental Protection Agency)

Low surface tension penetrates narrow spaces to improve cleanliness

High purity

 

Product Usage

Deposit lubricants and lubricant additives onto hard drive media

Cleaning during the Processing of Head Universal Joint Components

Particle removal in high reliability devices

 

technical parameter

Physical state:  

Liquid  

Specific physical form:  

Liquid  

colour  

colourless  

smell  

Slight ether odor  

Olfactory threshold:  

No information available  

PH value:  

Not applicable  

Melting point/freezing point:  

-135 ℃  

Boiling point/initial boiling point/boiling range:  

63 [@ 101,324.72 Pa ]  

Flash point:  

No flash point  

Evaporation rate:  

49 [Reference standard: molar ratio=1]

Flammability (solid, gas):  


Combustion limit range (lower limit):  

Not detected  

Burning limit range (upper limit):  

Not detected  

Vapor pressure:  

26,931 Pa [@ 25 ]  

Steam density:  

8.6 [Reference standard: Air=1]

Density:  

1.5 g/ml  

Relative density:  

1.5 [Reference standard: Water=1]

Water solubility:  

12 ppm [@ 77 ºF]  

Solubility - Non water soluble:  

No information available  

N-Octanol/Water Partition Coefficient:  

3.9 [Detailed information: at 30 ° C]  

Spontaneous combustion temperature:  

405 [Detailed information: (ASTM E659-84)]

Decomposition temperature:  

Not applicable  

Viscosity:  

0.6 mPa-s [@ 23 ]  

molecular weight  

No information available  

Percentage of volatile substances  

100%  

Volatile Organic Compounds  

[Details: Exemption]  

Exempted anhydrous VOC solvents  

[Details: Exemption]

 

Product packaging

JS-1063DL electronic fluoride 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.

 

Product storage

JS-1063DL 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.

 

Precautions for use

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.

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.

Avoid contact with high temperatures or alkaline earth metals during use, as they can easily decompose and reduce performance.