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9,0) %"}],"lab_section_zh":"化学实验室 / Chemical Laboratory","regulatory_area_zh":"结构材料化学检验 / Chemical tests of construction materials"},{"_id":"6a7d74c0441eff5f156486c8","lab_id":"69ad52a3de79e566650fb0c9","country":"PL","accr_number":"AB 018","accr_body":"PCA","test_object":"Węgiel, spieniacz, nawęglacz (na bazie antracytu), Elektrody grafitowe / Coal, slag foaming, carburizer (anthracite-based), Graphite electrodes","methodology":"Zawartość C i S / Content C and S","parameters":[{"name":"C","range":"(40,0 - 99,9) %"},{"name":"S","range":"(0,10 - 5,00) %"}],"technique":"Metoda wysokotemperaturowego spalania z detekcją IR","techniques":["Metoda wysokotemperaturowego spalania z detekcją IR","High-temperature combustion method with IR detection"],"computed":[],"activity":"Zawartość C i S / Content C and S\nZakres:\nC (40,0 - 99,9) %\nS (0,10 - 5,00) %\nMetoda wysokotemperaturowego spalania z detekcją IR","reference":"Instrukcja TC0.4.225 wydanie 5 z dnia 13.05.2026 r. | Instruction TC0.4.225 issue 5 of 13.05.2026","norm_bases":["Instrukcja TC0.4.225 wydanie 5 z dnia 13.05.2026 r.","Instruction TC0.4.225 issue 5 of 13.05.2026"],"lab_section":"Laboratorium Chemiczne / Chemical Laboratory","lab_address":null,"regulatory_area":"Badania chemiczne paliw stałych / Chemical tests of solid fuels","flexible":false,"search_text":"Węgiel, spieniacz, nawęglacz (na bazie antracytu), Elektrody grafitowe / Coal, slag foaming, carburizer (anthracite-based), Graphite electrodes Zawartość C i S / Content C and S\nZakres:\nC (40,0 - 99,9) %\nS (0,10 - 5,00) %\nMetoda wysokotemperaturowego spalania z detekcją IR Instrukcja TC0.4.225 wydanie 5 z dnia 13.05.2026 r. | Instruction TC0.4.225 issue 5 of 13.05.2026 Wegiel, spieniacz, naweglacz (na bazie antracytu), Elektrody grafitowe / Coal, slag foaming, carburizer (anthracite-based), Graphite electrodes Zawartosc C i S / Content C and S\nZakres:\nC (40,0 - 99,9) %\nS (0,10 - 5,00) %\nMetoda wysokotemperaturowego spalania z detekcja IR Instrukcja TC0.4.225 wydanie 5 z dnia 13.05.2026 r. | Instruction TC0.4.225 issue 5 of 13.05.2026","categories":["other"],"row_index":7,"parse_version":4,"parse_source":"agent-claude-code","lab_section_en":"Chemical Laboratory","methodology_en":"Content C and S","parameters_en":[{"name":"C","range":"(40,0 - 99,9) %"},{"name":"S","range":"(0,10 - 5,00) %"}],"regulatory_area_en":"Chemical tests of solid fuels","search_en":"Coal, slag foaming, carburizer (anthracite-based), Graphite electrodes Content C and S High-temperature combustion with IR detection Chemical Laboratory Chemical tests of solid fuels C S Instrukcja TC0.4.225 wydanie 5 z dnia 13.05.2026 r. | Instruction TC0.4.225 issue 5 of 13.05.2026","technique_en":"High-temperature combustion with IR detection","test_object_en":"Coal, slag foaming, carburizer (anthracite-based), Graphite electrodes","search_zh":"高温燃烧红外检测法 化学实验室 / Chemical Laboratory C S Instrukcja TC0.4.225 wydanie 5 z dnia 13.05.2026 r. | Instruction TC0.4.225 issue 5 of 13.05.2026","technique_zh":"高温燃烧红外检测法","parameters_zh":[{"name":"C","range":"(40,0 - 99,9) %"},{"name":"S","range":"(0,10 - 5,00) %"}],"lab_section_zh":"化学实验室 / Chemical Laboratory"},{"_id":"6a7d74c0441eff5f156486c9","lab_id":"69ad52a3de79e566650fb0c9","country":"PL","accr_number":"AB 018","accr_body":"PCA","test_object":"Stal / Steel","methodology":"Zawartość C, Mn, Si, P, S, Cu, Cr, Ni, Mo, V, W, Ti, As, Sn, Co, Al, Pb, B, Sb, Nb, Ca, N / Content C, Mn, Si, P, S, Cu, Cr, Ni, Mo, V, W, Ti, As, Sn, Co, Al, Pb, B, Sb, Nb, Ca, N","parameters":[{"name":"C","range":"(0,01 - 1,30) %"},{"name":"Mn","range":"(0,02 - 2,20) %"},{"name":"Si","range":"(0,02 - 2,50) %"},{"name":"P","range":"(0,003 - 0,10) %"},{"name":"S","range":"(0,001 - 0,130) %"},{"name":"Cu","range":"(0,01 - 1,50) %"},{"name":"Cr","range":"(0,01 - 28,00) %"},{"name":"Ni","range":"(0,01 - 31,00) %"},{"name":"Mo","range":"(0,01 - 3,50) %"},{"name":"V","range":"(0,001 - 1,30) %"},{"name":"W","range":"(0,01 - 4,00) %"},{"name":"Ti","range":"(0,001 - 1,50) %"},{"name":"As","range":"(0,002 - 0,10) %"},{"name":"Sn","range":"(0,001 - 0,10) %"},{"name":"Co","range":"(0,002 - 0,30) %"},{"name":"Al","range":"(0,002 - 1,50) %"},{"name":"Pb","range":"(0,001 - 0,020) %"},{"name":"B","range":"(0,0002 - 0,0110) %"},{"name":"Sb","range":"(0,001 - 0,070) %"},{"name":"Nb","range":"(0,002 - 1,30) %"},{"name":"Ca","range":"(0,0003 - 0,0040) %"},{"name":"N","range":"(0,0020 - 0,0700) %"}],"technique":"Metoda emisyjnej spektrometrii atomowej ze wzbudzeniem iskrowym","techniques":["Metoda emisyjnej spektrometrii atomowej ze wzbudzeniem iskrowym","Atomic emission spectrometry with spark excitation method"],"computed":[],"activity":"Zawartość C, Mn, Si, P, S, Cu, Cr, Ni, Mo, V, W, Ti, As, Sn, Co, Al, Pb, B, Sb, Nb, Ca, N / Content C, Mn, Si, P, S, Cu, Cr, Ni, Mo, V, W, Ti, As, Sn, Co, Al, Pb, B, Sb, Nb, Ca, N\nZakres:\nC (0,01 - 1,30) %\nMn (0,02 - 2,20) %\nSi (0,02 - 2,50) %\nP (0,003 - 0,10) %\nS (0,001 - 0,130) %\nCu (0,01 - 1,50) %\nCr (0,01 - 28,00) %\nNi (0,01 - 31,00) %\nMo (0,01 - 3,50) %\nV (0,001 - 1,30) %\nW (0,01 - 4,00) %\nTi (0,001 - 1,50) %\nAs (0,002 - 0,10) %\nSn (0,001 - 0,10) %\nCo (0,002 - 0,30) %\nAl (0,002 - 1,50) %\nPb (0,001 - 0,020) %\nB (0,0002 - 0,0110) %\nSb (0,001 - 0,070) %\nNb (0,002 - 1,30) %\nCa (0,0003 - 0,0040) %\nN (0,0020 - 0,0700) %\nMetoda emisyjnej spektrometrii atomowej ze wzbudzeniem iskrowym","reference":"Instrukcja TC0.4.222 wydanie 10 z dnia 15.04.2026 r. | Instruction TC0.4.222 issue 10 of 15.04.2026","norm_bases":["Instrukcja TC0.4.222 wydanie 10 z dnia 15.04.2026 r.","Instruction TC0.4.222 issue 10 of 15.04.2026"],"lab_section":"Laboratorium Chemiczne / Chemical Laboratory","lab_address":null,"regulatory_area":"Badania chemiczne materiałów konstrukcyjnych / Chemical tests of construction materials","flexible":false,"search_text":"Stal / Steel Zawartość C, Mn, Si, P, S, Cu, Cr, Ni, Mo, V, W, Ti, As, Sn, Co, Al, Pb, B, Sb, Nb, Ca, N / Content C, Mn, Si, P, S, Cu, Cr, Ni, Mo, V, W, Ti, As, Sn, Co, Al, Pb, B, Sb, Nb, Ca, N\nZakres:\nC (0,01 - 1,30) %\nMn (0,02 - 2,20) %\nSi (0,02 - 2,50) %\nP (0,003 - 0,10) %\nS (0,001 - 0,130) %\nCu (0,01 - 1,50) %\nCr (0,01 - 28,00) %\nNi (0,01 - 31,00) %\nMo (0,01 - 3,50) %\nV (0,001 - 1,30) %\nW (0,01 - 4,00) %\nTi (0,001 - 1,50) %\nAs (0,002 - 0,10) %\nSn (0,001 - 0,10) %\nCo (0,002 - 0,30) %\nAl (0,002 - 1,50) %\nPb (0,001 - 0,020) %\nB (0,0002 - 0,0110) %\nSb (0,001 - 0,070) %\nNb (0,002 - 1,30) %\nCa (0,0003 - 0,0040) %\nN (0,0020 - 0,0700) %\nMetoda emisyjnej spektrometrii atomowej ze wzbudzeniem iskrowym Instrukcja TC0.4.222 wydanie 10 z dnia 15.04.2026 r. | Instruction TC0.4.222 issue 10 of 15.04.2026 Stal / Steel Zawartosc C, Mn, Si, P, S, Cu, Cr, Ni, Mo, V, W, Ti, As, Sn, Co, Al, Pb, B, Sb, Nb, Ca, N / Content C, Mn, Si, P, S, Cu, Cr, Ni, Mo, V, W, Ti, As, Sn, Co, Al, Pb, B, Sb, Nb, Ca, N\nZakres:\nC (0,01 - 1,30) %\nMn (0,02 - 2,20) %\nSi (0,02 - 2,50) %\nP (0,003 - 0,10) %\nS (0,001 - 0,130) %\nCu (0,01 - 1,50) %\nCr (0,01 - 28,00) %\nNi (0,01 - 31,00) %\nMo (0,01 - 3,50) %\nV (0,001 - 1,30) %\nW (0,01 - 4,00) %\nTi (0,001 - 1,50) %\nAs (0,002 - 0,10) %\nSn (0,001 - 0,10) %\nCo (0,002 - 0,30) %\nAl (0,002 - 1,50) %\nPb (0,001 - 0,020) %\nB (0,0002 - 0,0110) %\nSb (0,001 - 0,070) %\nNb (0,002 - 1,30) %\nCa (0,0003 - 0,0040) %\nN (0,0020 - 0,0700) %\nMetoda emisyjnej spektrometrii atomowej ze wzbudzeniem iskrowym Instrukcja TC0.4.222 wydanie 10 z dnia 15.04.2026 r. | Instruction TC0.4.222 issue 10 of 15.04.2026","categories":["materials"],"row_index":8,"parse_version":4,"parse_source":"agent-claude-code","lab_section_en":"Chemical Laboratory","methodology_en":"Content C, Mn, Si, P, S, Cu, Cr, Ni, Mo, V, W, Ti, As, Sn, Co, Al, Pb, B, Sb, Nb, Ca, N","parameters_en":[{"name":"C","range":"(0,01 - 1,30) %"},{"name":"Mn","range":"(0,02 - 2,20) %"},{"name":"Si","range":"(0,02 - 2,50) %"},{"name":"P","range":"(0,003 - 0,10) %"},{"name":"S","range":"(0,001 - 0,130) %"},{"name":"Cu","range":"(0,01 - 1,50) %"},{"name":"Cr","range":"(0,01 - 28,00) %"},{"name":"Ni","range":"(0,01 - 31,00) %"},{"name":"Mo","range":"(0,01 - 3,50) %"},{"name":"V","range":"(0,001 - 1,30) %"},{"name":"W","range":"(0,01 - 4,00) %"},{"name":"Ti","range":"(0,001 - 1,50) %"},{"name":"As","range":"(0,002 - 0,10) %"},{"name":"Sn","range":"(0,001 - 0,10) %"},{"name":"Co","range":"(0,002 - 0,30) %"},{"name":"Al","range":"(0,002 - 1,50) %"},{"name":"Pb","range":"(0,001 - 0,020) %"},{"name":"B","range":"(0,0002 - 0,0110) %"},{"name":"Sb","range":"(0,001 - 0,070) %"},{"name":"Nb","range":"(0,002 - 1,30) %"},{"name":"Ca","range":"(0,0003 - 0,0040) %"},{"name":"N","range":"(0,0020 - 0,0700) %"}],"regulatory_area_en":"Chemical tests of construction materials","search_en":"Steel Content C, Mn, Si, P, S, Cu, Cr, Ni, Mo, V, W, Ti, As, Sn, Co, Al, Pb, B, Sb, Nb, Ca, N Spark excitation atomic emission spectrometry Chemical Laboratory Chemical tests of construction materials C Mn Si P S Cu Cr Ni Mo V W Ti As Sn Co Al Pb B Sb Nb Ca N Instrukcja TC0.4.222 wydanie 10 z dnia 15.04.2026 r. | Instruction TC0.4.222 issue 10 of 15.04.2026","technique_en":"Spark excitation atomic emission spectrometry","test_object_en":"Steel","parameters_zh":[{"name":"C","range":"(0,01 - 1,30) %"},{"name":"Mn","range":"(0,02 - 2,20) %"},{"name":"Si","range":"(0,02 - 2,50) %"},{"name":"P","range":"(0,003 - 0,10) %"},{"name":"S","range":"(0,001 - 0,130) %"},{"name":"Cu","range":"(0,01 - 1,50) %"},{"name":"Cr","range":"(0,01 - 28,00) %"},{"name":"Ni","range":"(0,01 - 31,00) %"},{"name":"Mo","range":"(0,01 - 3,50) %"},{"name":"V","range":"(0,001 - 1,30) %"},{"name":"W","range":"(0,01 - 4,00) %"},{"name":"Ti","range":"(0,001 - 1,50) %"},{"name":"As","range":"(0,002 - 0,10) %"},{"name":"Sn","range":"(0,001 - 0,10) %"},{"name":"Co","range":"(0,002 - 0,30) %"},{"name":"Al","range":"(0,002 - 1,50) %"},{"name":"Pb","range":"(0,001 - 0,020) %"},{"name":"B","range":"(0,0002 - 0,0110) %"},{"name":"Sb","range":"(0,001 - 0,070) %"},{"name":"Nb","range":"(0,002 - 1,30) %"},{"name":"Ca","range":"(0,0003 - 0,0040) %"},{"name":"N","range":"(0,0020 - 0,0700) %"}],"search_zh":"钢 / Steel 火花激发原子发射光谱法 化学实验室 / Chemical Laboratory 结构材料化学检验 / Chemical tests of construction materials C Mn Si P S Cu Cr Ni Mo V Ti As Sn Co Al Pb B Sb Ca Instrukcja TC0.4.222 wydanie 10 z dnia 15.04.2026 r. | Instruction TC0.4.222 issue 10 of 15.04.2026","technique_zh":"火花激发原子发射光谱法","lab_section_zh":"化学实验室 / Chemical Laboratory","regulatory_area_zh":"结构材料化学检验 / Chemical tests of construction materials","test_object_zh":"钢 / Steel"}],"has_pdf":true}