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  • 内螺纹软管对接
    内螺纹软管对接
  • 众瑞对接式高湿低浓度烟尘采样管
    详细介绍ZR-D09FT型对接式高湿低浓度烟尘采样管采用烟枪和采样头都是钛合金,包含24个钛合金采样头,用户可根据实际需要灵活选择不同直径的采样头。
  • 毛细管柱对接连接头 23796
    毛细管柱对接连接头订货信息:描述货号I.D. 0.4 mm, Supeltex M-2 ferrule included23796body only (ferrules not included)23804
  • 毛细管柱对接连接头 23796
    订购信息: 毛细管柱对接连接头 描述货号I.D. 0.4 mm, Supeltex M-2 ferrule included23796body only (ferrules not included)23804
  • 对接式变径接头
    对接式变径接头 (黄铜/不锈钢/钝化) 订货信息: catalog # size material units 21832 1/4&Prime to 1/16&Prime Brass 5-pk. 21932 1/4&Prime to 1/16&Prime Stainless Steel 2-pk. 21545 1/4&Prime to 1/16&Prime Siltek/Sulfinert Treated ea. 22881 1/4&Prime to 1/16&Prime Silcosteel-CR Treated ea. 21834 1/4&Prime to 1/8&Prime Brass 5-pk. 21934 1/4&Prime to 1/8&Prime Stainless Steel 2-pk. 21547 1/4&Prime to 1/8&Prime Siltek/Sulfinert Treated ea. 22883 1/4&Prime to 1/8&Prime Silcosteel-CR Treated ea. 21831 1/8&Prime to 1/16&Prime Brass 5-pk. 21931 1/8&Prime to 1/16&Prime Stainless Steel2-pk. 21544 1/8&Prime to 1/16&Prime Siltek/Sulfinert Treated ea. 22880 1/8&Prime to 1/16&Prime Silcosteel-CR Treated ea. 21833 1/8&Prime to 1/4&Prime Brass 5-pk. 21933 1/8&Prime to 1/4&Prime Stainless Steel 2-pk. 21546 1/8&Prime to 1/4&Prime Siltek/Sulfinert Treated ea. 22882 1/8&Prime to 1/4&Prime Silcosteel-CR Treated ea.
  • 对接式变径接头 (黄铜/不锈钢/钝化)
    对接式变径接头 (黄铜/不锈钢/钝化) catalog # size material units 23127 1/4&Prime to 1/16&Prime Brass 5-pk. 23177 1/4&Prime to 1/16&Prime Stainless Steel 2-pk. 23129 1/4&Prime to 1/8&Prime Brass 5-pk. 23179 1/4&Prime to 1/8&Prime Stainless Steel 2-pk. 22554 1/4&Prime to 1/16&Prime Siltek/Sulfinert Treated ea. 22589 1/4&Prime to 1/16&Prime Silcosteel-CR Treated ea. 22556 1/4&Prime to 1/8&Prime Siltek/Sulfinert Treated ea. 22591 1/4&Prime to 1/8&Prime Silcosteel-CR Treated ea. 23126 1/8&Prime to 1/16&Prime Brass 5-pk. 23176 1/8&Prime to 1/16&Prime Stainless Steel2-pk. 23128 1/8&Prime to 1/4&Prime Brass 5-pk. 23178 1/8&Prime to 1/4&Prime Stainless Steel 2-pk. 22553 1/8&Prime to 1/16&Prime Siltek/Sulfinert Treated ea. 22588 1/8&Prime to 1/16&Prime Silcosteel-CR Treated ea. 22555 1/8&Prime to 1/4&Prime Siltek/Sulfinert Treated ea. 22590 1/8&Prime to 1/4&Prime Silcosteel-CR Treated ea.
  • 众瑞耐高温烟气汞采样管
    详细介绍ZR-D02A型耐高温烟气汞采样管主要与ZR-3700A型烟气汞综合采样器配套使用,用于高温烟道烟气中气态汞的采样。双气路同时取样;调节水冷速度可控制烟温,保护吸附管不被破坏,实时监测冷却后烟温;对接式设计,方便更换吸附管,吸附管放置槽恒温控制。
  • 毛细管柱对接连接头23804
    产品特点: 色谱科毛细管柱对接连接头23804:This device consists of a double-tapered ferrule and a stainless steel compression body with a threaded nut. Small (2.3 cm x 0.6 cm) and light (4.4 g with ferrule), it provides a gas tight seal without a change in column efficiency or inertness. The columns to be connected can have the same or different internal and external diameters. The butt connection is made inside the special double-tapered ferrule. The ferrule is then compressed within the housing. When the column ends are butted squarely and tightly together, the butt connector will not alter the chromatographic performance of your capillary columns. There is little or no dead volume and little chance of gas flow disruption by following these steps:*Make sure the bore of the ferrule is clean. Blow out any ferrule fragments with nitrogen. Using a magnifier, examine the column ends to be connected. Make sure each cut is clean and square. The two ends must butt squarely, without any gaps.*With white typewriter correction fluid, place a reference mark 1/4 inch from the end of the column with the larger bore. This mark will help you to confirm visually that the end of the column is centered within the 1/2 inch ferrule.* Place the ferrule inside the housing and loosely tighten the nut. Feed the unmarked column completely through the ferrule and out the opposite end. Cut off ~1 inch (25 mm) of the column to ensure no ferrule fragments are inthe column. Draw the column back far enough to insert the marked column into the ferrule to the indicating mark. Tighten the nut about 1/8 turn past fingertight.*Press the ends of the columns together, observing the reference mark to make certain they butt together at the center of the ferrule. Tighten the ferrule to about 1/4-1/2 turn past fingertight. Gently pull on both columns to ensure they are secure. If they are loose, additional tightening is necessary.Any undetected leaking connection, including this butt connection, can allow oxygen and water vapor to enter the system. Leak check the butt connector in the same manner as any capillary column connection. DO NOT USE LIQUID LEAK INDICATORS. Liquids can contaminate the capillary system. We recommend using a GOW-MAC electronic leak detector. These thermal conductivity detectors are highly sensitive to trace amounts of hydrogen or helium, and will not contaminate the system.Capillary column butt connector is made by inserting two capillaries into a piece of PTFE shrinking tubing, which when heat is applied secures the two capillaries in place. It has shown to have no contribution to band spreadingpackaging pkg of 1 eaapplication(s) gas chromatography (GC): suitable
  • 毛细管柱对接连接头23796
    产品特点: 色谱科毛细管柱对接连接头23796:This device consists of a double-tapered ferrule and a stainless steel compression body with a threaded nut. Small (2.3 cm x 0.6 cm) and light (4.4 g with ferrule), it provides a gas tight seal without a change in column efficiency or inertness. The columns to be connected can have the same or different internal and external diameters. The butt connection is made inside the special double-tapered ferrule. The ferrule is then compressed within the housing. When the column ends are butted squarely and tightly together, the butt connector will not alter the chromatographic performance of your capillary columns. There is little or no dead volume and little chance of gas flow disruption by following these steps:*Make sure the bore of the ferrule is clean. Blow out any ferrule fragments with nitrogen. Using a magnifier, examine the column ends to be connected. Make sure each cut is clean and square. The two ends must butt squarely, without any gaps.*With white typewriter correction fluid, place a reference mark 1/4 inch from the end of the column with the larger bore. This mark will help you to confirm visually that the end of the column is centered within the 1/2 inch ferrule.* Place the ferrule inside the housing and loosely tighten the nut. Feed the unmarked column completely through the ferrule and out the opposite end. Cut off ~1 inch (25 mm) of the column to ensure no ferrule fragments are inthe column. Draw the column back far enough to insert the marked column into the ferrule to the indicating mark. Tighten the nut about 1/8 turn past fingertight.*Press the ends of the columns together, observing the reference mark to make certain they butt together at the center of the ferrule. Tighten the ferrule to about 1/4-1/2 turn past fingertight. Gently pull on both columns to ensure they are secure. If they are loose, additional tightening is necessary.Any undetected leaking connection, including this butt connection, can allow oxygen and water vapor to enter the system. Leak check the butt connector in the same manner as any capillary column connection. DO NOT USE LIQUID LEAK INDICATORS. Liquids can contaminate the capillary system. We recommend using a GOW-MAC electronic leak detector. These thermal conductivity detectors are highly sensitive to trace amounts of hydrogen or helium, and will not contaminate the system.Capillary column butt connector is made by inserting two capillaries into a piece of PTFE shrinking tubing, which when heat is applied secures the two capillaries in place. It has shown to have no contribution to band spreadingfeature Supeltex M-2 ferrule includedpackaging pkg of 1 eaapplication(s) gas chromatography (GC): suitableI.D. 0.4 mm
  • 肇庆市移动物柜移动简易带抽屉储物柜定做智能储物柜抽屉柜厂家
    肇庆市移动物柜移动简易带抽屉储物柜定做智能储物柜抽屉柜厂家平板对接焊,一般采用左向焊法。薄板平对接焊,作直线运动,如果有间隙,焊可作适当的横向摆动,但幅度不宜过大,以免影响气体对熔池的保护作用。中、厚板V形坡口对接焊,底层焊缝应采用直线运动,焊上层时焊可作适当的横向摆动。二. 储物柜产品说明:产品特点:1.柜边设计为方边直线型,侧边厚为25mm,流露出稳健历练的设计理念,整体色调朴实而时尚;2.占地面积小、空间利用率较高,广泛用于办公室、购物中心、体育馆、休闲公共场所等办公及公共生活领域。3.根据客户的实际需求,目前有九种不同款式产品供客户选择,满足于场所的需要;4.可根据使用需要,可提供多种配置方案,如:单层存储、双层存储、多层存储等;5.内部配置多款配件可根据实际的需要,任意选择搭配,使得存储物件更加的得心应手;6.门锁处有开关指示(红色显示为关闭状态,蓝色显示为打开状态);7.柜门采用内藏式门铰设计,外观紧凑和谐;柜门上百叶孔形象设计,美观的同时又可起到空气对流的通风作用。8.单层及双层储物柜均配备月牙型塑胶拉手,多层储物柜(两层以上)单格柜门因空间较小,开合简易,故未配有拉手装置。
  • 珀金埃尔默SMS 100的耗材混汞管N9309007
    珀金埃尔默SMS 100的耗材混汞管N9309007SMS 100是一种使用热分解、混汞和美国EPA方法7473所述原子吸收光谱的原理测定固体和液体样品中汞总量的专用汞分析仪。SMS 100使用一个分解炉来释放汞蒸气,而不采用传统液体型分析仪所用的化学还原步骤。固体和液体基质均能加载到仪器的自动取样器中进行分析,并且在分析之前不用进行酸消化或样品制备。适用于SMS 100技术的样品基质众多,其中包括淤泥、沉积物、土壤、废水、流出物、煤、飞尘、矿物质、矿砂、化肥、各种食品、血液、尿液和头发。SMS 100的耗材和辅材产品描述 部件编号镍制样品舟(每包42件) N9309017石英燃烧舟(每包10件) N9309032替换用碳粉(500 g) N9309035催化剂管(包) N9309036自动取样穿梭舟 N9309019排放管组件 N9309006混汞管 N9309007汞灯 N9309010带有碳材料的汞蒸气收集套装 N9309011Nafion® 干燥管 N9309021样品基质(250 mL) N9309103双级氧气调节阀 N9309004氧气、氮气和氩气输气管 N9309009紫外窗(1/2 d x 1/16 t 10-20 w)(每包2件) N9309024Viton O形圈(1/16 i.d. x 1/16 w) N9309025混汞管的Viton O形圈(1/4 i.d.、3/8 o.d.) N9309026进样器的O形圈(5/8 i.d.、3/4 o.d.) N9309027催化剂管前部的Viton O形圈 N93090280.414D催化剂管后部的O形圈 N9309030用于SMS 100的O形圈套件 N9309029高灵敏度吸收池(5英寸) N9309033低灵敏度吸收池(1英寸) N9309034
  • 珀金埃尔默SMS 100的耗材混汞管N9309007
    珀金埃尔默SMS 100的耗材混汞管N9309007SMS 100是一种使用热分解、混汞和美国EPA方法7473所述原子吸收光谱的原理测定固体和液体样品中汞总量的专用汞分析仪。SMS 100使用一个分解炉来释放汞蒸气,而不采用传统液体型分析仪所用的化学还原步骤。固体和液体基质均能加载到仪器的自动取样器中进行分析,并且在分析之前不用进行酸消化或样品制备。适用于SMS 100技术的样品基质众多,其中包括淤泥、沉积物、土壤、废水、流出物、煤、飞尘、矿物质、矿砂、化肥、各种食品、血液、尿液和头发。SMS 100的耗材和辅材产品描述 部件编号镍制样品舟(每包42件) N9309017石英燃烧舟(每包10件) N9309032替换用碳粉(500 g) N9309035催化剂管(包) N9309036自动取样穿梭舟 N9309019排放管组件 N9309006混汞管 N9309007汞灯 N9309010带有碳材料的汞蒸气收集套装 N9309011Nafion® 干燥管 N9309021样品基质(250 mL) N9309103双级氧气调节阀 N9309004氧气、氮气和氩气输气管 N9309009紫外窗(1/2 d x 1/16 t 10-20 w)(每包2件) N9309024Viton O形圈(1/16 i.d. x 1/16 w) N9309025混汞管的Viton O形圈(1/4 i.d.、3/8 o.d.) N9309026进样器的O形圈(5/8 i.d.、3/4 o.d.) N9309027催化剂管前部的Viton O形圈 N93090280.414D催化剂管后部的O形圈 N9309030用于SMS 100的O形圈套件 N9309029高灵敏度吸收池(5英寸) N9309033低灵敏度吸收池(1英寸) N9309034
  • 珀金埃尔默SMS 100的耗材混汞管N9309007
    珀金埃尔默SMS 100的耗材混汞管N9309007SMS 100是一种使用热分解、混汞和美国EPA方法7473所述原子吸收光谱的原理测定固体和液体样品中汞总量的专用汞分析仪。SMS 100使用一个分解炉来释放汞蒸气,而不采用传统液体型分析仪所用的化学还原步骤。固体和液体基质均能加载到仪器的自动取样器中进行分析,并且在分析之前不用进行酸消化或样品制备。适用于SMS 100技术的样品基质众多,其中包括淤泥、沉积物、土壤、废水、流出物、煤、飞尘、矿物质、矿砂、化肥、各种食品、血液、尿液和头发。SMS 100的耗材和辅材产品描述 部件编号镍制样品舟(每包42件) N9309017石英燃烧舟(每包10件) N9309032替换用碳粉(500 g) N9309035催化剂管(包) N9309036自动取样穿梭舟 N9309019排放管组件 N9309006混汞管 N9309007汞灯 N9309010带有碳材料的汞蒸气收集套装 N9309011Nafion® 干燥管 N9309021样品基质(250 mL) N9309103双级氧气调节阀 N9309004氧气、氮气和氩气输气管 N9309009紫外窗(1/2 d x 1/16 t 10-20 w)(每包2件) N9309024Viton O形圈(1/16 i.d. x 1/16 w) N9309025混汞管的Viton O形圈(1/4 i.d.、3/8 o.d.) N9309026进样器的O形圈(5/8 i.d.、3/4 o.d.) N9309027催化剂管前部的Viton O形圈 N93090280.414D催化剂管后部的O形圈 N9309030用于SMS 100的O形圈套件 N9309029高灵敏度吸收池(5英寸) N9309033低灵敏度吸收池(1英寸) N9309034
  • 珀金埃尔默SMS 100的耗材混汞管N9309007
    珀金埃尔默SMS 100的耗材混汞管N9309007SMS 100是一种使用热分解、混汞和美国EPA方法7473所述原子吸收光谱的原理测定固体和液体样品中汞总量的专用汞分析仪。SMS 100使用一个分解炉来释放汞蒸气,而不采用传统液体型分析仪所用的化学还原步骤。固体和液体基质均能加载到仪器的自动取样器中进行分析,并且在分析之前不用进行酸消化或样品制备。适用于SMS 100技术的样品基质众多,其中包括淤泥、沉积物、土壤、废水、流出物、煤、飞尘、矿物质、矿砂、化肥、各种食品、血液、尿液和头发。SMS 100的耗材和辅材产品描述 部件编号镍制样品舟(每包42件) N9309017石英燃烧舟(每包10件) N9309032替换用碳粉(500 g) N9309035催化剂管(包) N9309036自动取样穿梭舟 N9309019排放管组件 N9309006混汞管 N9309007汞灯 N9309010带有碳材料的汞蒸气收集套装 N9309011Nafion® 干燥管 N9309021样品基质(250 mL) N9309103双级氧气调节阀 N9309004氧气、氮气和氩气输气管 N9309009紫外窗(1/2 d x 1/16 t 10-20 w)(每包2件) N9309024Viton O形圈(1/16 i.d. x 1/16 w) N9309025混汞管的Viton O形圈(1/4 i.d.、3/8 o.d.) N9309026进样器的O形圈(5/8 i.d.、3/4 o.d.) N9309027催化剂管前部的Viton O形圈 N93090280.414D催化剂管后部的O形圈 N9309030用于SMS 100的O形圈套件 N9309029高灵敏度吸收池(5英寸) N9309033低灵敏度吸收池(1英寸) N9309034
  • 烟气总汞采样管
    美国 EPA Method 30B 测试方法,通过吸附采样方法监测固定污染源中烟气排放总气态汞的浓度,即(HgT)。 30B方法使用的吸附管,填充的专用吸附材料(活性炭等)是经过特殊处理的进口材料。在一定的采样流量下,通过采样探头,汞在吸附材料上富集。吸附管分为吸附段和穿透段。吸附段充分保证汞的有效吸附,穿透段作为质量保证,提高数据的有效性。
  • 饱和甘汞电极
    饱和甘汞电极 各种规格电极:玻碳(进口材料)、金、铂、钯、铑、银、锑、氟、铜、锌、镍、铁、电导、玻璃、银基汞膜、石墨、银氯化银、饱和甘贡、不锈钢、复合电极、碳糊电极等。
  • 硫酸亚汞电极
    硫酸亚汞电极 各种规格电极:玻碳(进口材料)、金、铂、钯、铑、银、锑、氟、铜、锌、镍、铁、电导、玻璃、银基汞膜、石墨、银氯化银、饱和甘贡、不锈钢、复合电极、碳糊电极等。
  • 银基汞膜电极
    直径2mm×10mm,抗腐蚀聚四氟乙烯外套。 各种规格电极:玻碳(进口材料)、金、铂、钯、铑、银、锑、氟、铜、锌、镍、铁、电导、玻璃、银基汞膜、石墨、银氯化银、饱和甘贡、不锈钢、复合电极、碳糊电极等。
  • 烟气形态汞采样管
    美国 EPA Method 30B 测试方法,通过吸附采样方法监测固定污染源中烟气排放总气态汞的浓度,即(HgT)。 30B方法使用的吸附管,填充的专用吸附材料(活性炭等)是经过特殊处理的进口材料。在一定的采样流量下,通过采样探头,汞在吸附材料上富集。吸附管分为吸附段和穿透段。吸附段充分保证汞的有效吸附,穿透段作为质量保证,提高数据的有效性。
  • 共焦传感器
    共焦传感器外径为8mm,与optoNCDT2402微型传感器系列一样紧凑小型,它的外径为8mm,它的数字孔更大径,比更小型直径4mm的版本能够接收更多的反射光。共焦传感器是彩色测量传感器,将两个成功的共焦设计理念的长处相结合。 共焦传感器规格 测量范围(mm):0.4 | 1.5 | 4 | 10 最大线性0.3μm 最高分辨率0.016μm 传感器具有混合设计 外壳制造材料为钛 增加底座距离 轴向测量方向 被动测量系统
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