Straight-chain alkanes

1. 1-Heptane solvent content can attain up to ≥98.5%–99.5%, varying based on whether the grade is industrial or laboratory.
2. n-Heptane solvent is characterized by the lowest RON (Research Octane Number), which is zero. It pairs with isooctane (RON=100) to make the standard reference system for fuels. It' s being extensively applied in the fuel testing industry.
3. N-Heptane 99% purity residue non-volatile is below 0.005% without significant ​‍​‌‍​‍‌residue.

1.​‍​‌‍​‍‌ Our 1-Octane solvents come with purity levels ≥98 -99 % (industrial grade/or high purity depending on what you desire).
2. Our n octane cas boasts a boiling point of 125.6℃ and density around 0.70 g/cm³ (20℃). These are physical property consistency indicators and also demonstrate how highly stable 6-1159-29-6 is.
3. Our n-octane 99% has a flash point of 13℃, 22℃ for open cup at CC/OC respectively and an explosion limit of 1.0%- 6.5 %, which is ideal not only for handling standardized hazardous chemicals but also safely transporting ​‍​‌‍​‍‌them.

1. n-Hexane content can reach ≥98.5%-99.5%(differentiated by industrial grade/experimental grade)
2. The RON = 0 of hexane 110 54 3 forms a standard reference system with isooctane (RON = 100) and is widely used in the fuel testing industry.
3. Our n-hexane has a density as low as 0.659 g/cm³, allowing it to quickly penetrate plant materials and porous materials.