High Precision Micro Carbon Residue Testing Device

DESCRIPTION / TECHNICAL SPECIFICATIONS

The micro carbon residue tester represents a breakthrough in petroleum product analysis, specifically engineered to deliver accurate and consistently repeatable results. This instrument fundamentally transforms how laboratories measure the tendency of oil to form carbon deposits at elevated temperatures. Capable of reaching a maximum test temperature of 550 degrees Celsius with a precise temperature resolution of 1 degree Celsius, every test is conducted under strictly controlled conditions. Full compliance with leading industry standards such as ASTM D 4530, ISO 10370, and IP 398 ensures that all generated data possesses global validity and credibility, making it an invaluable asset for quality control and research.

Technological sophistication is reflected in the fully automatic atmosphere control system, which eliminates external variables and ensures the integrity of each sample. The automated testing process not only enhances operational efficiency but also significantly reduces the potential for human error, yielding more reliable data for strategic decision making. The instrument's flexibility is outstanding, accommodating up to twelve small sample vials or six large sample vials simultaneously. This capacity allows for higher throughput, accelerating laboratory workflows without compromising analytical precision.

Each unit is designed with the user's comprehensive needs in mind, presenting a complete and ready to use solution package. The sales package includes various types of sample vials, from borosilicate for standard tests to reusable quartz for ash content analysis, providing flexibility for diverse testing applications. Furthermore, essential accessories such as sample tubes, vial holders in multiple sizes, and a reliable power transformer are included to ensure the device can be immediately integrated into laboratory operations without delay.

A robust construction paired with an intuitive design makes operation remarkably straightforward. The clear digital control panel displays critical parameters like temperature and time, while well defined flow buttons allow for quick and easy setup. Its compact dimensions ensure the instrument does not occupy excessive space, a crucial consideration for efficient modern laboratories. Shipping safety is also a top priority, with each unit packaged in a specially treated wooden crate, guaranteeing the equipment arrives at its destination in perfect condition, ready for calibration and use.

Investing in this micro carbon residue testing instrument is a strategic move to elevate laboratory quality and efficiency standards. By providing highly accurate data on thermal stability and coke forming tendencies in lubricants, fuels, and crude oils, companies can optimize product formulations, meet stringent regulatory requirements, and ultimately build customer trust. This equipment is not just a measurement tool; it is a reliable partner in the pursuit of competitive advantage and product innovation in a dynamic market.