説明

K-600 Portable ore detector tantalum niobium analyzer Metal ore multielement analyzer
The K-600 Portable ore Analyzer is rugged and capable of performing extremely demanding analytical applications in extremely harsh environments. 各デバイスは Comas を使用します’ 新開発のKMXテクノロジー, 正確な信号処理を実現する XRF 信号処理の革命, 再現性の高い結果, その結果、生産性が向上し、投資が迅速に回収されます。. k-600は、さまざまな種類の鉱石のフィールド分析に使用できます。. 成熟したX線管解析システム, フィールドテストに合格したもの, has no radioactive isotope, and can make a quick and comprehensive ore type study during the field analysis. It has low sample requirements, but the test results are accurate, and can accurately analyze high-concentration samples, avoiding confirmatory laboratory tests. Comis handheld k-600 analyzer can be used for multi-element analysis of various kinds of ores, widely used in the detection and analysis of various kinds of ores, slag refining analysis and archaeological research. Including gold, silver ore, copper ore, 鉄鉱石, tin ore, zinc ore, nickel ore, molybdenum ore, iridium ore, arsenic ore, lead ore, titanium ore, antimony ore, manganese ore, vanadium ore, iodine ore, sulfur ore, potassium ore, phosphate ore, uranium ore from phosphorus to uranium all natural ore, slag, rock, 土壌, mud. The sample to be tested can be solid, 液体, ほこり, 粉, solid body, debris, filter material, フィルム層とその他の有形オブジェクト.

K-600 Portable ore detector tantalum niobium analyzer Metal ore multielement analyzer
K-600 Handheld ore analyzer
Building on years of experience in the development of X-ray fluorescence spectrometer (手持ち型分光計), KMX’s new generation of handheld XRF ore analyzer — K-600が再び分析分野に革命を起こす. K-600はデジタルマルチチャンネルテクノロジーを導入, 検出限界が低くなるように, より高い安定性, より広い用途, デスクトップと同等のパフォーマンス; 小型で持ち運び可能な体積は、鉱石探査に十分な役割を果たします。, 鉱石探査, さまざまな地質鉱石サンプルの多元素検出と分析、およびスラグ精製分析, 鉱石探査作業をよりシンプルかつ簡単に. The K-600 handheld ore analyzer can be used for field analysis of a variety of different types of ore. 成熟したX線管解析システム, フィールドテストに合格したもの, has no radioactive isotope, and can make a quick and comprehensive ore type study during the field analysis. It has low sample requirements, but the test results are accurate, and can accurately analyze high-concentration samples, avoiding confirmatory laboratory tests.

K-600 Portable ore detector tantalum niobium analyzer Metal ore multielement analyzer
XRF data modeling techniques:

1. X-ray tube light source, multi-beam filtering technology, and HP Personal Digital Assistant technology (HP Palmtop), so that the detection range, detection speed, detection accuracy are very good, and has excellent upgrade potential.

2. The use of advanced and versatile X-ray data models — the Compton normalization correction method allows quantitative analysis using “internal standards” without the need for specialized correction.

3, basic parameter analysis: the semi-quantitative analysis method, suitable for testing a variety of different elements of the composition of the structure of the uneven density of the sample.

4. 実験的な補正方法: 使用して “correction curve” 修正用, ユーザーが作成した補正曲線の使用を可能にする.

5, スペクトル高点認識ソフトウェアを搭載, 表示画面でスペクトルを確認できます

6. スペクトルを比較し、内蔵標準を参照して比較分析を完了します.

K-600 Portable ore detector tantalum niobium analyzer Metal ore multielement analyzer
Application advantage of geology and mining industry
Detection elements: より多い 30 標準構成で要素を検出できます, and detection elements can be added according to customer requirements
プロ: 鉱石分析ソフトウェアの特別バージョン, インテリジェントなワンキーテストの使用
* Personalized and customized work mode
A variety of sample modes and unlimited number of modes can be freely added to customize the working mode according to customer requirements.
* Fully excavate the mine value

Hd camera can be used to observe the ore veins or ore points more directly, 採掘プロセスを正確に管理および制御し、いつでも鉱石のグレードを検出します。.
* 原鉱石の正確かつ迅速な分析, 鉱石のグレードを決定するための価値決定の基礎を提供する、選鉱の過程での精鉱と尾鉱, 鉱物貿易, 加工して再利用する.
* Environmental monitoring
The heavy metals in the soil around mining mines should be monitored and tested, 鉱山環境の回復を評価する必要がある, and the surrounding environment should be monitored to the maximum extent.

K-600 Portable ore detector tantalum niobium analyzer Metal ore multielement analyzer
Main uses:
Handheld ore analyzer, used for rapid analysis and determination of non-ferrous metal elements in mining, geology, soil environment, sediment and sediment.
1. Main configuration requirements: