Calibration Mixture Gas High Purity P10 10% CH4 90% Ar Argon-methane Mixture Gas

Products Description

10% CH4 90% Ar Argon-Methane Mixture Gas

Mainly being composed of 99.999% high purity argon and 99.999% high purity methane with the ratio 90% argon 10% methane,  the argon-methane mixture is widely used in X-ray fluorescence spectrometer, electron capture detector and other instruments

Item	90% Ar+10% CH4
Purity	5N Ar+5N CH4
Package	40L Cylinder
Pressure	10MPa

Packaging & Delivery

Name	Pressure - Mpa	Filling Content - m3/kg	Cylinder - L	Cylinder Net Weight - kg
Argon+Methan Mixture Gas	10MPa	50KG	40L	50KG

FAQ

Quality Control

Why Choose Us

Calibration Mixture Gas High Purity P10 10% CH4 90% Ar Argon-methane Mixture Gas

AGEM’s Calibration Mixture Gas High Purity P10 10% CH4 90% Ar Argon-methane Mixture Gas is engineered for demanding analytical and calibration workflows. This P10 calibration gas formulation, an Argon-methane mixture with 10% CH4 and 90% Ar, provides a stable, reproducible reference for a wide range of instruments and processes. As a reliable calibration gas supply, AGEM delivers consistent performance across chromatography, detectors, mass spectrometry, and laboratory standards where high-purity gas and precise gas composition are essential.

Product Overview

The P10 calibration gas supplied by AGEM is a precisely blended Argon-methane mixture optimized for detector performance and ion source stability. The combination of 10% CH4 with 90% Ar creates an ionizing environment suitable for detectors and analytical instruments requiring an inert carrier gas with a controlled addition of methane. AGEM’s calibration gas supply processes ensure this Argon-methane mixture consistently meets stringent purity and composition specifications, offering users a dependable high-purity gas product for routine calibration and method development.

Key Features

- Precision Composition: Each cylinder of P10 calibration gas contains an accurately metered Argon-methane mixture of 10% methane and 90% argon, produced under strict quality control to guarantee repeatable performance.- High-Purity Gas Quality: AGEM’s manufacturing protocols focus on delivering high-purity gas with minimal contaminants. This high-purity gas minimizes background noise and maximizes signal reproducibility in sensitive analytical applications.

- Stable Calibration Gas Supply: The P10 calibration gas is designed for long-term stability, ensuring consistent calibration performance over extended use periods. As a calibration gas supply, AGEM provides consistent composition stability and batch traceability.

- Purity and Certification: Each bottle of Argon-methane mixture is accompanied by quality documentation and certification, demonstrating compliance with purity specifications and enabling traceable calibration activities in regulated environments.

- Compatible with Multiple Platforms: The P10 calibration gas is suitable for gas chromatography (GC), thermal conductivity detectors (TCD), flame ionization detectors (FID), mass spectrometers, and other instruments that benefit from an Argon-methane mixture carrier or calibration standard.

- Custom Cylinder Options: AGEM offers a range of cylinder sizes and valve configurations to meet laboratory, field service, and industrial calibration gas supply needs for this Argon-methane mixture.

Applications

AGEM’s P10 calibration gas and Argon-methane mixture are widely used across analytical laboratories, quality control, and research environments. Typical applications include instrument calibration, routine verification of detector response, and method optimization. As a high-purity gas and calibration gas supply, the P10 formulation is often used in gas chromatography systems as a carrier or calibration standard and in mass spectrometry as a stable reference gas to validate ionization conditions. The Argon-methane mixture is also suitable for detector checks and performance tuning in production lines and research labs where precise gas composition is required.

Technical Advantages

- Low Contaminant Levels: AGEM’s high-purity gas processing removes trace impurities that could affect sensitive instruments. The low contaminant levels in the Argon-methane mixture preserve detector lifetimes and reduce maintenance cycles.

- Tight Tolerance on Composition: The P10 calibration gas meets narrow tolerances for methane concentration and argon balance, delivering a dependable calibration gas supply that supports accurate, reproducible measurements.

- Rigorous Quality Control: AGEM’s gas manufacturing and RD processes include systematic inspections and analytical verification, ensuring the Argon-methane mixture maintains its certified composition and purity. Batch records and certificates of analysis are available to document performance for regulated environments.

- Consistent Ionization Characteristics: The P10 calibration gas delivers consistent ionization behavior for applications that rely on methane’s ionization properties in an argon matrix. This consistency makes the Argon-methane mixture well-suited for detector tuning and calibration.

- Enhanced Safety and Handling: AGEM provides the P10 calibration gas with industry-standard safety measures, including secure packaging, leak testing, and clear labeling, ensuring the calibration gas supply meets transport and handling requirements.

Innovation and R&D Strength

AGEM’s specialization in specialty, electronic, bulk, and calibration gases underpins the innovation that defines the P10 calibration gas. Leveraging research and development expertise, AGEM continuously refines blending techniques and analytical verification methods to ensure the Argon-methane mixture meets evolving technical demands. AGEM’s global service footprint and quality-driven production philosophy ensure customers receive a high-purity gas product suitable for high-precision calibration tasks.

Use Case Examples

- Laboratory Calibration: In research laboratories, the P10 calibration gas is used to standardize detector responses and validate analytical methods. The Argon-methane mixture provides a reproducible reference to align instrument sensitivity across experiments.

- Quality Control: Manufacturing QC teams use the P10 calibration gas as part of routine checks to ensure instrument calibration remains within specifications. The high-purity gas minimizes instrument variability due to gas contaminants.

- Field Service and Maintenance: Service technicians rely on AGEM’s calibration gas supply to perform on-site detector calibrations and verifications, taking advantage of the Argon-methane mixture’s stability and traceability.

- Method Development: Analytical chemists use the P10 calibration gas during method development to simulate operational ionization conditions and optimize detector settings using the Argon-methane mixture.

Ordering and Support

AGEM provides flexible ordering options for the P10 calibration gas, with cylinder sizes and delivery terms to meet laboratory and industrial schedules. Customers receive documentation and batch-specific analysis to support compliance and documentation needs. AGEM’s technical support team assists with selection and application guidance for the Argon-methane mixture to ensure optimal use as a calibration gas supply.

Why Choose AGEM

AGEM combines decades of gas manufacturing experience with a commitment to high-purity gas production and stringent quality control. The P10 calibration gas offered as an Argon-methane mixture exemplifies AGEM’s dedication to delivering reliable calibration gas supply solutions for sensitive analytical tasks. With certified documentation, consistent gas composition, and global support, AGEM ensures users can rely on this high-purity gas for critical calibration and analytical workflows.

AGEM’s Calibration Mixture Gas High Purity P10 10% CH4 90% Ar Argon-methane Mixture Gas is a precision-grade calibration gas supply ideal for analytical calibration, detector tuning, and quality control. The high-purity gas formulation and rigorous quality assurance make the P10 calibration gas a dependable Argon-methane mixture solution for laboratories and industrial users seeking accurate, reproducible calibration results.