Immersion oil acc to DIN 58884 for microscopy

Immersion oil acc to DIN 58884 for microscopy Specification

Properties
Purpose: Used in microscopy to enhance image clarity by reducing light refraction. Refractive Index: Approximately 1.515 to 1.517, similar to glass Homogeneity: Provides a uniform medium between the specimen and the lens Types: Available in different formulations, including halogen-free options Packaging: Comes in various sizes, typically in glass or plastic bottles Safety: Generally safe to use but should be handled according to safety guidelines Storage: Recommended storage temperature is between +15 C to +25 C

Usage
Laboratory

HS Code
38229090

Physical Form
Liquid

Density
1.02 Gram per cubic centimeter(g/cm3)

Storage
Room Temperature

Immersion oil acc to DIN 58884 for microscopy Trade Information

Minimum Order Quantity
1 Piece

FOB Port
JAIPUR

Supply Ability
100 Pieces Per Day

Delivery Time
7 Days

Sample Available
No

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
Plastic Bottle

Main Export Market(s)
Asia, Australia, North America, Africa, Eastern Europe, Middle East, Central America, Western Europe, South America

Main Domestic Market
All India

Certifications
SRL

About Immersion oil acc to DIN 58884 for microscopy

Purpose: Used in microscopy to enhance image clarity by reducing light refraction.
Refractive Index: Approximately 1.515 to 1.517, similar to glass
Homogeneity: Provides a uniform medium between the specimen and the lens
Types: Available in different formulations, including halogen-free options
Packaging: Comes in various sizes, typically in glass or plastic bottles
Safety: Generally safe to use but should be handled according to safety guidelines
Storage: Recommended storage temperature is between +15C to +25C

Precise Microscopy Imaging

Immersion oil formulated to DIN 58884 enhances microscopy images by reducing light distortion. Its refractive index, similar to standard glass slides, ensures a continuous optical path, resulting in improved resolution, contrast, and fine detail visibility during laboratory observations.

Safe and Versatile Laboratory Solution

This immersion oil is generally safe for laboratory handling when standard precautions are observed. It's available in multiple formulations, including halogen-free varieties, and in diverse packaging sizes to suit various research requirements.

Storage and Shelf Life

For optimal performance and preservation, immersion oil should be stored between +15C and +25C. Proper storage ensures the oil remains homogeneous and retains its physical properties over extended periods, making it a reliable choice for microscopy professionals.

FAQ's of Immersion oil acc to DIN 58884 for microscopy:

Q: How does immersion oil according to DIN 58884 improve microscopic image clarity?

A: Immersion oil with a refractive index close to glass (1.515-1.517) reduces light refraction between the cover slip and objective lens, allowing more light to enter the lens. This leads to significantly enhanced resolution, greater contrast, and sharper image clarity during microscopic examination.

Q: What is the recommended process for using immersion oil in microscopy?

A: To use immersion oil, place a small drop onto the coverslip of the specimen slide before positioning the objective lens. This establishes a continuous optical medium between the specimen and the lens, maximizing light transmission and detail. After use, clean both the lens and slide to remove oil residue.

Q: When should immersion oil be applied during microscopic examination?

A: Immersion oil should be applied when using high-power objectives (such as 100x oil-immersion lenses) that require improved light gathering ability. Apply the oil just before focusing to prevent drying or contamination, ensuring the best possible image quality.

Q: Where should immersion oil be stored for maximum stability?

A: The oil should be stored at room temperature, ideally between +15C and +25C, away from direct sunlight and chemical vapors. Proper storage in glass or plastic bottles prevents changes in consistency and maintains its physical properties.

Q: What types of immersion oil are available and how are they packaged?

A: Immersion oils come in various formulations, including standard and halogen-free types. They are typically packaged in glass or plastic bottles of different sizes, allowing users to select the most appropriate quantity for their laboratory needs.

Q: What benefit does homogeneity in immersion oil provide during microscopy?

A: Homogeneity ensures the immersion oil forms a consistent and uniform layer between the microscope slide and objective lens. This reduces optical artifacts, enabling the clear and accurate observation of specimen structures.

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