2 m × 3 mm × 60–80 Mesh GC Packed Column for Sulfur Analysis – Gas Chromatography

Optimise your gas chromatography analysis with our 2 m × 3 mm × 60–80 Mesh Packed GC Column for Sulfur Analysis. Designed for precision and reliability, this column is ideal for separating volatile and semi-volatile sulfur compounds in complex samples, delivering accurate, reproducible results for environmental monitoring, petrochemical analysis, and other laboratory applications.

Key Features:

• High Sample Capacity: Dense packing allows processing of large sample volumes, reducing repeat tests and improving lab efficiency.

• Efficient Separation: Multi-layer filling ensures excellent resolution, even for complex mixtures, maintaining accuracy across a range of experiments.

• Versatile Application: Compatible with gas, liquid, and solid samples, suitable for environmental, petrochemical, and industrial analyses.

• Durable and Low Maintenance: Robust construction maintains separation quality over extended use and is easy to clean, saving time and costs.

• Cost-Effective: Provides high performance at an affordable price, ideal for daily laboratory operations.

• Adaptable to Conditions: Works under standard GC conditions and can withstand varying temperature and pressure settings while maintaining consistent results.

Specifications:

• Material: PTFE

• Column Dimensions: 2 m × 3 mm

• Mesh Size: 60–80

• Applications: Sulfur analysis in gas chromatography

Packaging & Shipping:
Carefully packed using high-strength, shockproof, moisture-resistant, and environmentally friendly materials to ensure safe delivery worldwide.

Why Choose Us:
Jiangxi Aiyi Hi-tech Co., Ltd. has over 5 years of experience in manufacturing high-performance laboratory equipment. We provide reliable chromatography solutions, exceptional customer support, and OEM/ODM services for custom branding and packaging.

Customer Support:

• Fast response within 24 hours

• Strict quality control before dispatch

• Flexible shipping options for samples and bulk orders