Thanksgiving Deal Leaded Brass Certified Reference Material Instant 35% Discount [cpWfDn2A]

Thanksgiving Deal Leaded Brass Certified Reference Material Instant 35% Discount [cpWfDn2A] is a precision-engineered copper alloy designed to serve as a reliable standard for calibrating and verifying spectrometers. This certified reference material (CRM) is meticulously crafted to ensure traceable measurements and specified impurity levels, making it an essential tool for laboratories engaged in calibration, quality control, and materials testing. The material is available in various forms, including 0.6" thick discs with a 1.57" diameter and chips, to accommodate different analytical needs.

Certified Composition and Specifications

The Thanksgiving Deal Leaded Brass Certified Reference Material Instant 35% Discount [cpWfDn2A] is certified to have a precise chemical composition, with key elements including copper (Cu), zinc (Zn), lead (Pb), tin (Sn), iron (Fe), and several trace elements. The composition is detailed in a comprehensive table, ensuring users have access to accurate and reliable data for their analytical processes. This material's robust design and verified specifications make it an ideal choice for maintaining high standards in analytical laboratories.

Applications and Benefits

The Thanksgiving Deal Leaded Brass Certified Reference Material Instant 35% Discount [cpWfDn2A] is a versatile tool for a wide range of applications. It is commonly used in the calibration and verification of XRF, ICP-OES, Spark-OES, and other spectrometers. This CRM helps ensure accurate and consistent results, enhancing the reliability of quality control and materials testing processes. By using this material, laboratories can improve their analytical procedures, maintain compliance with industry standards, and deliver precise measurements for a variety of materials. The Thanksgiving Deal Leaded Brass Certified Reference Material Instant 35% Discount [cpWfDn2A] is an indispensable resource for professionals in the fields of metallurgy, materials science, and environmental analysis.