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<艾美捷科技代理Hypermol品牌全系列产品
Hypermol是一家德国生物科技公司，专注于肌动蛋白（actin）及肌动蛋白结合蛋白领域的技术开发与产品供应。其核心定位是成为“肌动蛋白纯化与修饰专家”，服务于全球生命科学研究、药物研发及生物技术产业。
▍Hypermol产品线
● 肌动蛋白工具箱：Actin-Toolkits利用肌动蛋白作为工具，用于分析和研究具有肌动蛋白结合位点的配体（ligands）的功能与结构。Actin-Toolkits 适用于特定用于分析和表征配体-肌动蛋白相互作用的方法。
● 肌动蛋白试用装试剂盒：Actin-Trialkits适用于：测试肌动蛋白结合配体的生物学活性；表征未知蛋白质或其结构域与G型或F型肌动蛋白的特异性相互作用；需要少量肌动蛋白的实验方案。
● 细胞骨架蛋白：Hypermol提供多种肌动蛋白标记物，涵盖骨骼肌肌动蛋白、心肌肌动蛋白、平滑肌肌动蛋白和非肌肉肌动蛋白。所有这些肌动蛋白均可进行荧光或其他生化修饰。
● 缓冲液：Hypermol缓冲液采用分析纯化学试剂和超纯水配制而成。
● 染色试剂盒与添加剂：即用型设计，操作迅捷，使用具有超高光稳定性的ATTO荧光标记鬼笔环肽，可快速染色单根肌动蛋白丝。该产品完美适用于免疫荧光样本的双重或多重染色；此处还提供即用型短保质期稳定组分作为添加剂。
● 分析试剂：可靠的高品质必需品。
● 抗体：Hypermol提供创新型ATTO染料的高性能二抗以及一系列经过验证的针对细胞骨架蛋白的一抗。Hypermol的ATTO染料标记二抗提供多种荧光颜色，具有卓越的光稳定性，支持长时间成像。
▍Hypermol部分产品列表
| 品名 | 货号 | Protein |
| Actin-Toolkit F-Actin Binding (alpha skeletal muscle actin) - 4x1.0 mg | 8010-01 | Actin (α-Actin) |
| Actin-Toolkit G-Actin Binding (alpha skeletal muscle actin) | 8020-01 | Actin (α-Actin) |
| Actin-Toolkit Fluorescence Microscopy ATTO390 - skeletal muscle actin | 8082-01 | Actin (α-Actin) |
| Actin-Toolkit Fluorescence Microscopy ATTO390-Actin - cardiac actin | 8820-01 | Actin (α-Actin) |
| Actin-Tookit Fluorometry - Pyrene Actin | 8030-01 | Actin (α-Actin) |
| Actin-Toolkit Crystallography | 8050-01 | Actin (α-Actin) |
| Actin-Toolkit Microinjection (Rhodamine-Actin, skeletal muscle actin) | 8060-01 | Rhodamine-Actin |
| Actin-Toolkit Electron Microscopy (rabbit skeletal muscle alpha-actin) | 8070-01 | Rhodamine-Actin |
| Actin-Toolkit TIRFM (ATTO488-Actin) | 8093-01 | Rhodamine-Actin |
| Actin-Toolkit ELISA (alpha skeletal muscle actin) | 8121-01 | Biotin-Actin (biotinylated α-skeletal muscle actin) |
| Actin-Toolkit Microinjection (ATTO565-Actin, skeletal muscle actin) | 8061-01 | Biotin-Actin (biotinylated α-skeletal muscle actin) |
| Actin-Toolkit SPR (alpha skeletal muscle actin) | 8090-01 | Biotin-Actin (biotinylated α-skeletal muscle actin) |
| Actin-Toolkit G-Actin Binding (alpha cardiac actin) | 8200-01 | Biotin-Actin (biotinylated α-skeletal muscle actin) |
| Actin-Toolkit F-Actin Binding (alpha cardiac actin) | 8100-01 | Biotin-Actin (biotinylated α-skeletal muscle actin) |
| Actin-Toolkit Fluorescence Microscopy ATTO488-Actin - skeletal muscle actin | 8083-01 | ATTO488-Actin (α-Actin) |
| Actin-Toolkit Microinjection ( Rhodamine alpha-cardiac actin, bovine) | 8600-01 | ATTO488-Actin (α-Actin) |
| Actin-Toolkit Electron Microscopy (bovine alpha-cardiac actin) | 8700-01 | ATTO488-Actin (α-Actin) |
| Actin-Toolkit ELISA (alpha cardiac actin) | 8122-01 | ATTO488-Actin (α-Actin) |
| Actin-Toolkit SPR (alpha cardiac muscle actin) | 8900-01 | ATTO488-Actin (α-Actin) |
| Actin-Toolkit F-Actin Binding (alpha skeletal muscle actin) - 6x250 µg | 8010-02 | ATTO488-Actin (α-Actin) |
| Actin-Tookit Fluorometry - Actin488 | 8033-01 | Actin 488 (α- skeletal muscle actin) |
| Actin-Toolkit Fluorescence Microscopy ATTO488-Actin - cardiac actin | 8830-01 | ATTO488-Actin (α-cardiac actin) |
| Actin-Toolkit Fluorescence Microscopy (ATTO532-Actin, skeletal muscle actin) | 8085-01 | ATTO488-Actin (α-cardiac actin) |
| Actin-Toolkit Fluorescence Microscopy (ATTO532-Actin, alpha-cardiac actin) | 8850-01 | ATTO488-Actin (α-cardiac actin) |
| Actin-Toolkit TIRFM (ATTO647-Actin) | 8097-01 | ATTO647-Actin (α-Actin) |
| Actin-Tookit Fluorometry - Actin550 | 8034-01 | ATTO647-Actin (α-Actin) |
| Actin-Tookit Fluorometry - Actin647 | 8035-01 | Actin 647 (α- skeletal muscle actin) |
| Actin-Toolkit Fluorescence Microscopy ATTO594 Actin - skeletal muscle actin | 8087-01 | ATTO594-Actin (α-Actin) |
| Actin-Toolkit Fluorescence Microscopy ATTO647 Actin - skeletal muscle actin | 8088-01 | ATTO647-Actin (α-Actin) |
invivoCrown IV0114替换BioXCell BE0213
invivoCrown IV0115替换BioXCell BE0060
invivoCrown IV0117替换BioXCell BE0223
Premetek公司致力于为学术客户和工业客户提供化学试剂、纳米材料和催化剂，同时也提供多领域的研发服务。通过不断地与业内专业企业进行技术整合，Premetek不断更新产品，并为材料科学和催化领域提供了最多样化和可扩展的选择。
Our retail objectives are to offer the most expansive selection of premium products, provide easy and friendly service, offer the fastest delivery time possible, and ensure that every customer is satisfied with their purchase. Our inventory is determined by extensive market research, attendance at international tradeshows and conferences, customer feedback, and working closely with industry experts and vendors. Premetek is committed to continually improving our services and being the premier online market place for all your needs.
Premetek公司的主要产品包括：
Nanomaterials
Nanomaterial Suspension
Pt,Pd Catalysts -Hydrogenation
Pt,Pd Catalysts -Red/Oxidation
Pt Catalysts - Electrochemistry
Pt Alloy Catalysts - Electrochemistry
Pd Alloy Catalysts - Electrochemistry
Pd,Ru,Ir,Rh,Au Catalysts - Electrochemistry
Fe,Co,Ni,Cu,Ag Catalysts - Electrochemistry
Pt,Pd,Ru,Ir,Rh,Au-Organometallics
Pt, Pd, Rh Homogeneous Catalysts
Custom Products
Special catalysts in stock
| 品名 | 货号 | 规格 |
| Aluminum titanate, Al2TiO5, 40 g each | N10A1000 | 40g |
| Barium strontium titanium oxide, BaSrTi2O6, 40 g each | N10B2000 | 40g |
| Calcium titanate, CaTiO3, 40 g each | N10C1000 | 40g |
| Calcium zirconium titanium oxide, CaZrTi2O3, 40 g each | N10C2000 | 40g |
| Cadmium tungsten oxide, CdWO4, 40 g each | N10C3000 | 40g |
| Cerium aluminate, CeAlO3, 40 g each | N10C4000 | 40g |
| Copper aluminate, CuAl2O4, 40 g each | N10C5000 | 40g |
| Iron nickel oxide, FeNiO4, 40 g each | N10I1000 | 40g |
| Lanthanum chromite, LaCrO3, 40 g each | N10L1000 | 40g |
| Lanthanum manganite , LaMnO3, 40 g each | N10L3000 | 40g |
| Lanthanum substituted lithium titanate, (LaLi3)TiO3, 40 g each | N10L5000 | 40g |
| Lead zirconium substituted titanate, PbZr0.2Ti0.8O3, 40 g each | N10L6000 | 40g |
| Manganese titanate, MnTiO3, 40 g each | N10M1000 | 40g |
| Magnesium aluminate, MgAl2O4, 40 g each | N10M2000 | 40g |
| Nickel cobalt oxide, NiCoO2, 40 g each | N10N1000 | 40g |
| Strontium bismuth niobium oxide, SrBi2Nb2O9, 50 g each | N10S1000 | 40g |
| Strontium ferrite, SrFe12O19, 40 g each | N10S2000 | 40g |
| Yttrium aluminum oxide, Y3Al5O12, 40 g each | N10Y1000 | 40g |
| Yttrium iron oxide, Y3Fe5O12, 40 g each | N10Y2000 | 40g |
| Zinc iron oxide, ZnFe2O4, 40 g each | N10Z1000 | 40g |
| Zinc titanium oxide, ZnTiO3, 40 g each | N10Z2000 | 40g |
| Concentrated Suspension of Nanoscaled Titanium Dioxide (TiO2), 5 kg | N-1000 | 5kg |
| Concentrated Suspension of Nanoscaled Zinc Oxide (ZnO), 5 kg | N-2000 | 5kg |
| Concentrated Suspension of Nanoscaled Zinc Oxide (ZnO), 5 kg | N-2010 | 5kg |
| Suspension of Nanoscaled Iron Oxide (Fe2O3), 5 kg | N-3000 | 5kg |
| Concentrated Suspension of Nanoscaled Iron Oxide (Fe2O3), 5 kg | N-3010 | 5kg |
| Concentrated Suspension of Nanoscaled Iron Oxide (Fe2O3), 5 kg | N-3020 | 5kg |
| Concentrated Suspension of Nanoscaled Iron Oxide (Fe2O3), 5 kg | N-3130 | 5kg |
| Concentrated Suspension of Nanoscaled Iron Oxide (Fe2O3), 5 kg | N-3220 | 5kg |
| Concentrated Suspension of Nanoscaled Iron Oxide (Fe2O3), 5 kg | N-3230 | 5kg |
| 0.1% Pt on activated carbon powder, 10 g each | P10J1001 | 10g |
| 0.5% Pt on activated carbon powder, 10 g each | P10J1005 | 10g |
| 1.0% Pt on activated carbon powder, 10 g each | P10J1010 | 10g |
| 5.0% Pt on activated carbon powder, 10 g each | P10J1050 | 10g |
| 10% Pt on activated carbon powder, 10 g each | P10J1100 | 10g |
| 20% Pt on activated carbon powder, 10 g each | P10J1200 | 10g |
| 0.1% Pt on granular carbon, 10 g each | P10J2001 | 10g |
| 0.5% Pt on granular carbon, 10 g each | P10J2005 | 10g |
| 1.0% Pt on granular carbon, 10 g each | P10J2010 | 10g |
| 5.0% Pt on granular carbon, 10 g each | P10J2050 | 10g |
| 0.1% Pd on activated carbon powder, 10 g each | P30J1001 | 10g |
| 0.5% Pd on activated carbon powder, 10 g each | P30J1005 | 10g |
| 1.0% Pd on activated carbon powder, 10 g each | P30J1010 | 10g |
| 5.0% Pd on activated carbon powder, 10 g each | P30J1050 | 10g |
| 10% Pd on activated carbon powder, 10 g each | P30J1100 | 10g |
| 20% Pd on activated carbon powder, 10 g each | P30J1200 | 10g |
| 0.1% Pd on granular carbon, 10 g each | P30J2001 | 10g |
| 0.3% Pd on granular carbon, 10 g each | P30J2003 | 10g |
| 0.5% Pd on granular carbon, 10 g each | P30J2005 | 10g |
| 1.0% Pd on granular carbon, 10 g each | P30J2010 | 10g |
| 5.0% Pd on granular carbon, 10 g each | P30J2050 | 10g |
| 0.5% Pd on alumina spheres, 3 mm, SA= | P30L1005 | 10g |
| 1.0% Pd on alumina spheres, 3 mm, SA= | P30L1010 | 10g |
| 0.1% Pt on alumina powder, 10 g each | P10K1001 | 10g |
| 0.5% Pt on alumina powder, 10 g each | P10K1005 | 10g |
| 1.0% Pt on alumina powder, 10 g each | P10K1010 | 10g |
| 5.0% Pt on alumina powder, 10 g each | P10K1050 | 10g |
| 10% Pt on alumina powder, 10 g each | P10K1100 | 10g |
| 20% Pt on alumina powder, 10 g each | P10K1200 | 10g |
| 0.1% Pd on alumina powder, 10 g each | P30K1001 | 10g |
| 0.5% Pd on alumina powder, 10 g each | P30K1005 | 10g |
| 1.0% Pd on alumina powder, 10 g each | P30K1010 | 10g |
| 5.0% Pd on alumina powder, 10 g each | P30K1050 | 10g |
| 10% Pd on alumina powder, 10 g each | P30K1100 | 10g |
| 20% Pd on alumina powder, 10 g each | P30K1200 | 10g |
| 5% Pt on Vulcan XC-72 | P10A050 | 1g/5g |
| 10% Pt on Vulcan XC-72 | P10A100 | 1g/5g |
| 20% Pt on Vulcan XC-72 | P10A200 | 1g/5g |
| 30% Pt on Vulcan XC-72 | P10A300 | 1g/5g |
| 40% Pt on Vulcan XC-72 | P10A400 | 1g/5g |
| 50% Pt on Vulcan XC-72 | P10A500 | 1g/5g |
| 60% Pt on Vulcan XC-72 | P10A600 | 1g/5g |
| 80% Pt on Vulcan XC-72 | P10A800 | 1g/5g |
| Pt Black, High surface area: 40-50 m2/g, Low density: 0.6-0.9 g/ml | P10V010 | 1g/5g |
| 20% Pt on Durable Carbon | P10D200 | 1g/5g |
| 20% Pt on Vulcan XC-72R | P10B200 | 1g/5g |
| 40% Pt on Vulcan XC-72R | P10B400 | 1g/5g |
| 60% Pt on Vulcan XC-72R | P10B600 | 1g/5g |
| 40% Pt on high surface area Ketjenblack | P10E400 | 1g/5g |
| 50% Pt on high surface area Ketjenblack, | P10E500 | 1g/5g |
| 60% Pt on high surface area Ketjenblack | P10E600 | 1g/5g |
| 70% Pt on high surface area Ketjenblack | P10E700 | 1g/5g |
| 5% Pt-Ru (1:1 atomic ratio) on Vulcan XC-72 | P12A050 | 1g/5g |
| 10% Pt-Ru (1:1 atomic ratio) on Vulcan XC-72 | P12A100 | 1g/5g |
| 20% Pt-Ru (1:1 atomic ratio) on Vulcan XC-72 | P12A200 | 1g/5g |
| 30% Pt-Ru (1:1 atomic ratio) on Vulcan XC-72 | P12A300 | 1g/5g |
| 40% Pt-Ru (1:1 atomic ratio) on Vulcan XC-72 | P12A400 | 1g/5g |
| 50% Pt-Ru (1:1 atomic ratio) on Vulcan XC-72 | P12A500 | 1g/5g |
| 60% Pt-Ru (1:1 atomic ratio) on Vulcan XC-72R | P12B600 | 1g/5g |
| 60% Pt-Ru (1:1 atomic ratio) on Vulcan XC-72 | P12A600 | 1g/5g |
| 80% Pt-Ru (1:1 atomic ratio) on Vulcan XC-72 | P12A800 | 1g/5g |
| Pt-Ru Black (1:1 atomic ratio) | P12V010 | 1g/5g |
| Pt-Ru Black (2.5:1 atomic ratio) | P12V250 | 1g/5g |
| Pt-Ru-Ir Black (1:1:1 atomic ratio) | P124V010 | 1g/5g |
| 50% Pt-Ru (1:1 atomic ratio) on Ketjenblack | P12E500 | 1g/5g |
| 60% Pt-Ru (1:1 atomic ratio) on Ketjenblack | P12E600 | 1g/5g |
| 75% Pt-Ru (1:1 atomic ratio) on Ketjenblack | P12E750 | 1g/5g |
| 20% Pt-Pd (1:3 atomic ratio) on Vulcan XC-72 | P13A203 | 1g/5g |
| 20% Pt-Pd (1:1 atomic ratio) on Vulcan XC-72 | P13A200 | 1g/5g |
| 20% Pt-Pd (3:1 atomic ratio) on Vulcan XC-72 | P13A230 | 1g/5g |
| 40% Pt-Pd (1:1 atomic ratio) on Vulcan XC-72 | P13A400 | 1g/5g |
| Pt-Pd Black (1:1 atomic ratio) | P13V010 | 1g/5g |
| Pt-Rh Black (1:1 atomic ratio) | P15V010 | 1g/5g |
| 20% Pt-Ir (1:3 atomic ratio) on Vulcan XC-72 | P14A203 | 1g/5g |
| 20% Pt-Ir (1:1 atomic ratio) on Vulcan XC-72 | P14A200 | 1g/5g |
| 20% Pt-Ir (3:1 atomic ratio) on Vulcan XC-72 | P14A230 | 1g/5g |
| 40% Pt-Ir (1:1 atomic ratio) on Vulcan XC-72 | P14A400 | 1g/5g |
| Pt-Ir Black (1:1 atomic ratio) | P14V010 | 1g/5g |
| 20% Pt-Cr (3:1 atomic ratio) on Vulcan XC-72 | P1AA230 | 1g/5g |
| 40% Pt-Cr (3:1 atomic ratio) on Vulcan XC-72 | P1AA430 | 1g/5g |
| 20% Pt-Fe (1:1 atomic ratio) on Vulcan XC-72 | P1BA200 | 1g/5g |
| 40% Pt-Fe (1:1 atomic ratio) on Vulcan XC-72 | P1BA400 | 1g/5g |
| 40% Pt-Fe (3:1 atomic ratio) on Vulcan XC-72 | P1BA430 | 1g/5g |
| 20% Pt-Co (1:1 atomic ratio) on Vulcan XC-72 | P1CA200 | 1g/5g |
| 20% Pt-Co (3:1 atomic ratio) on Vulcan XC-72 | P1CA230 | 1g/5g |
| 40% Pt-Co (1:1 atomic ratio) on Vulcan XC-72 | P1CA400 | 1g/5g |
| 40% Pt-Co (3:1 atomic ratio) on Vulcan XC-72 | P1CA430 | 1g/5g |
| 60% Pt-Co (3:1 atomic ratio) on Ketjenblack | P1CE630 | 1g/5g |
| 20% Pt-Ni (1:1 atomic ratio) on Vulcan XC-72 | P1DA200 | 1g/5g |
| 20% Pt-Ni (3:1 atomic ratio) on Vulcan XC-72 | P1DA230 | 1g/5g |
| 40% Pt-Ni (1:1 atomic ratio) on Vulcan XC-72 | P1DA400 | 1g/5g |
| 40% Pt-Ni (3:1 atomic ratio) on Vulcan XC-72 | P1DA430 | 1g/5g |
| 60% Pt-Ni (3:1 atomic ratio) on Ketjenblack | P1DE630 | 1g/5g |
| 20% Pt-Cu (1:1 atomic ratio) on Vulcan XC-72 | P1EA200 | 1g/5g |
| 20% Pt-Cu (3:1 atomic ratio) on Vulcan XC-72 | P1EA230 | 1g/5g |
| 20% Pt-Sn (3:1 atomic ratio) on Vulcan XC-72 | P1FA230 | 1g/5g |
| 40% Pt-Sn (3:1 atomic ratio) on Vulcan XC-72 | P1FA430 | 1g/5g |
| 20% Pd-Ir (1:3 atomic ratio) on Vulcan XC-72 | P34A203 | 1g/5g |
| 20% Pd-Ir (1:1 atomic ratio) on Vulcan XC-72 | P34A200 | 1g/5g |
| 20% Pd-Ir (3:1 atomic ratio) on Vulcan XC-72 | P34A230 | 1g/5g |
| 20% Pd-Rh (1:1 atomic ratio) on Vulcan XC-72 | P35A200 | 1g/5g |
| 20% Pd-Rh (3:1 atomic ratio) on Vulcan XC-72 | P35A230 | 1g/5g |
| 20% Pd-Ni (1:1 atomic ratio) on Vulcan XC-72 | P3DA200 | 1g/5g |
| 40% Pd-Au (1:1 atomic ratio) on Ketjenblack | P13E400 | 1g/5g |
| 5% Pd on Vulcan XC-72 | P30A050 | 1g/5g |
| 10% Pd on Vulcan XC-72 | P30A100 | 1g/5g |
| 20% Pd on Vulcan XC-72 | P30A200 | 1g/5g |
| 40% Pd on Vulcan XC-72 | P30A400 | 1g/5g |
| 40% Pd on Ketjenblack | P30E400 | 1g/5g |
| 60% Pd on Vulcan XC-72 | P30A600 | 1g/5g |
| 80% Pd on Vulcan XC-72 | P30A800 | 1g/5g |
| Pd Black, High surface area 40~48 m2/g | P30V010 | 1g/5g |
| 20% Ru on Vulcan XC-72 | P20A200 | 1g/5g |
| 40% Ru on Vulcan XC-72, | P20A400 | 1g/5g |
| Ru Black, High surface area 38~48 m2/g | P20V010 | 1g/5g |
| RuO2 powder, Surface area 18-25 m2/g | P20V020 | 1g/5g |
| 5% Ir on Vulcan XC-72 | P40A050 | 1g/5g |
| 10% Ir on Vulcan XC-72 | P40A100 | 1g/5g |
| 20% Ir on Vulcan XC-72 | P40A200 | 1g/5g |
| 40% Ir on Vulcan XC-72 | P40A400 | 1g/5g |
| Ir Black, High Surface area, 55~65 m2/g, | P40V010 | 1g/5g |
| IrOx powder, conductive, SA:10-20 m2/g | P40V020 | 1g/5g |
| Ru-Ir Black (1:1 atomic ratio) | P24V010 | 1g/5g |
| 20% Rh on Vulcan XC-72 | P50A200 | 1g/5g |
| Rh Black, High surface area 40~50 m2/g | P50V010 | 1g/5g |
| 20% Au on Vulcan XC-72 (Au particle size: 4-8 nm) | P60N200 | 1g/5g |
| 20% Au on Vulcan XC-72 (Au particle size: ~25 nm) | P60A200 | 1g/5g |
| 30% Au on Vulcan XC-72 (Au particle size: 8 nm) | P60N300 | 1g/5g |
| 40% Au on Vulcan XC-72 (Au particle size: ~35 nm) | P60A400 | 1g/5g |
| 40% Au on Ketjenblack (Au particle size: 4 nm) | P60E400 | 1g/5g |
| 60% Au on Vulcan XC-72 (Au particle size: ~45 nm) | P60A600 | 1g/5g |
| 5% Fe on Vulcan XC-72 | T10A050 | 1g/5g |
| 10% Fe on Vulcan XC-72 | T10A100 | 1g/5g |
| 20% Fe on Vulcan XC-72 | T10A200 | 1g/5g |
| 1% Co on Vulcan XC-72 | T20A010 | 1g/5g |
| 5% Co on Vulcan XC-72 | T20A050 | 1g/5g |
| 10% Co on Vulcan XC-72 | T20A100 | 1g/5g |
| 20% Co on Vulcan XC-72 | T20A200 | 1g/5g |
| 1% Ni on Vulcan XC-72 | T30A010 | 1g/5g |
| 5% Ni on Vulcan XC-72 | T30A050 | 1g/5g |
| 10% Ni on Vulcan XC-72 | T30A100 | 1g/5g |
| 20% Ni on Vulcan XC-72 | T30A200 | 1g/5g |
| 40% Ni on Vulcan XC-72 | T30A400 | 1g/5g |
| 1% Cu on Vulcan XC-72 | T40A010 | 1g/5g |
| 5% Cu on Vulcan XC-72 | T40A050 | 1g/5g |
| 10% Cu on Vulcan XC-72 | T40A100 | 1g/5g |
| 20% Cu on Vulcan XC-72 | T40A200 | 1g/5g |
| 40% Cu on Vulcan XC-72 | T40A400 | 1g/5g |
| 60% Cu on Vulcan XC-72 | T40A600 | 1g/5g |
| 20% Ag on Vulcan XC-72 | P70A200 | 1g/5g |
| 40% Ag on Vulcan XC-72 | P70A400 | 1g/5g |
| 60% Ag on Vulcan XC-72 | P70A600 | 1g/5g |
| 80% Ag on Vulcan XC-72 | P70A800 | 1g/5g |
| Platinum (II) acetylacetonate, 5 g each | P10H110 | 5g |
| (1,5-Cyclooctadiene)dimethylplatinum(II), 1 g each | P10H120 | 1g |
| Dichloro(1,5-cyclooctadiene)platinum(II), 5 g each | P10H130 | 5g |
| Diphenyl(1,5-cyclooctadiene)platinum(II), 5 g each | P10H140 | 5g |
| Trimethylbenzylammoniumhexachloroplatinate (IV), 1 g each | P10H150 | 1g |
| Palladium(II) acetylacetonate, 5 g each | P30H110 | 5g |
| Dichloro(1,5-cyclooctadiene)palladium(II), 5 g each | P30H120 | 5g |
| Hermann's Catalyst, 5 g each | P30H130 | 5g |
| 1,1'-Bis(di-tert-butylphosphino)ferrocene palladium dichloride, 1 g each | P30H140 | 1g |
| Bis(dibenzylideneacetone)palladium(0), 5 g each | P30H150 | 5g |
| Palladium(0) tetrakis(triphenylphosphine), 5 g each | P30H160 | 5g |
| Ruthenium(III) acetylacetonate, 5 g each | P20H110 | 5g |
| Dichloro(1,5-cyclooctadiene)ruthenium(II), polymer, 5 g each | P20H120 | 5g |
| Bis(cyclopentadienyl)ruthenium, 5 g each | P20H130 | 5g |
| Irridium(III) acetylacetonate, 5 g each | P40H110 | 5g |
| Chloro(1,5-cyclooctadiene)iridium(I) dimer, 5 g each | P40H120 | 5g |
| Rhodium(III) acetylacetonate, 5 g each | P50H110 | 5g |
| Chloro(1,5-cyclooctadiene)rhodium(I) dimer, 1 g each | P50H120 | 1g |
| Chloro(triphenylphosphine)gold(I), 5 g each | newitem3 | 5g |
| Bromo(triphenylphosphine)gold(I), 5 g each | P60H110 | 5g |
| Chloro(1,5-cyclooctadiene)rhodium(I) dimer, 98% 1 g | P50-002 | 1g |
| Chloro(1,5-cyclooctadiene)rhodium(I) dimer, 98% 1 g | P50-002 | 1g |
| Doyledirhodium catalyst-Rh2(5R-MPPIM)4, 1 g | P50-001 | 1g |
| Doyledirhodium catalyst-Rh2(5S-MPPIM)4, 1 g | P50-003 | 1g |
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艾美捷科技代理Ducom Instruments品牌全系列产品
Ducom Instruments成立于1978年，以”重新定义测量精度”为使命，专注于设计和制造先进材料测试仪器，分析工具及配套软件,尤其专注于摩擦学。Ducom的仪器所使用的部件均在通过AS9100:2009认证的“航空级”制造工厂生产。Ducom盘式针/球式摩擦测试仪是一种专门用于对块状材料、涂层和润滑剂进行精确且可重复的摩擦学特性测试的仪器。可轻松更换的夹具使用户能够迅速改变摩擦接触的性质，使其与应用需求相匹配。该系统提供了广泛的出厂预设和现场升级选项，使其具有很高的可扩展性，确保可用于各种应用的多年无阻碍研究。
▎Ducom Instruments产品
| 产品名称 | 功能说明 |
| UNITEST - 通用测试平台 | 一款紧凑型通用测试平台，用于机械和摩擦学测试以及 2D 和 3D 表面观察。 |
| 多功能摩擦磨损试验机 (销/球-盘式) | 一款多功能摩擦磨损试验机，标准配置为销/球-盘测试能力，但可通过升级实现更多功能。 |
| 四球试验机 (标准型) - TR 30 系列 | 坚固耐用的落地式 TR-30 系列是四球测试领域超过 35 年的行业标准。提供手动加载和自动加载版本。最新一代 TR 30 系列机器在电子、软件和传感能力方面均有改进。 |
| 四球试验机 (台式) - FBT3 | 新一代紧凑型自动四球试验机，可测试润滑油、润滑脂和添加剂的抗磨损 (WP) 和极压 (EP) 性能。符合多项 ASTM、DIN 和 ISO 标准。 |
| 高频往复摩擦磨损试验机 (HFRR) | 用于柴油、汽油及添加剂润滑性能测试的仪器，但功能远不止于此。也可进行微动磨损测试。完全符合 ASTM D6079、ASTM D7688 及其他全球标准。 |
| 气喷式冲蚀磨损试验机 | 一种固体颗粒冲蚀 (SPE) 测试仪，气体（通常为空气）携带固体颗粒在严格控制条件下冲击试样造成磨损。用于评估材料在室温和高温下的抗冲蚀性能。符合 ASTM G76 和 ASTM G211。 |
| 浆料喷射冲蚀磨损试验机 | 一种固体颗粒冲蚀 (SPE) 测试仪，水携带固体颗粒在严格控制条件下冲击试样造成磨损。可改变颗粒类型、冲击角度和冲击速度。 |
| 水滴（雨滴）冲蚀磨损试验机 | 前缘冲蚀是飞机旋翼、风力涡轮机可靠性等领域的主要关注点。该设备评估材料和涂层在遭受液滴冲蚀 (LDE) 时的行为，以便对其进行工程优化以获得最佳性能和可靠性。 |
| 砂尘及浆料磨料磨损试验机 | 可进行干砂磨料磨损和浆料磨料磨损测试的试验机，符合 ASTM G65、ASTM G105 和 ASTM B611 标准。常用于评估采矿、农业、建筑等存在三体磨料磨损工况中使用的硬面涂层。 |
| 浊点与倾点测试仪 | 一种自动化测试系统，用于评估燃料等流体的低温特性。流体的浊点是蜡开始析出导致流体呈现浑浊状态的温度；倾点是液体因蜡晶形成改变其粘度而停止流动的温度。 |
| 生物摩擦计 | 生物摩擦计是一款设计用于经济有效地筛选用于髋关节、膝关节等假体植入物的生物材料的工具。凭借其执行复杂、生物相关的磨损轨迹和载荷分布的能力，该设备提供了一种在昂贵耗时的关节模拟器测试前筛选出摩擦学性能优异的生物材料的有效方法。 |
| 宾斯基-马丁闭口闪点测试仪 (FPM) | 用于自动测定能形成表面膜液体的闪点的工具。该测试仪常用于测试燃料、生物柴油、润滑油等。 |
| 诺亚克蒸发损失测试仪 | 需要在高温下运行的润滑油可能蒸发。这种蒸发会改变其粘度等性能。这对发动机油尤为重要，因为性能的不利变化会阻碍发动机的性能、效率和保护。 |
| 滚动接触摩擦磨损试验机 | 滑动、滚动及其组合是工程应用中常见的形式。研究块体材料、涂层和润滑剂在此类条件下的性能非常重要，尤其适用于铁路、齿轮等应用。 |
| KRL 剪切稳定性测试仪 | 当油品承受机械剪切时，其粘度会发生变化。KRL 剪切稳定性测试仪是一款独立的剪切稳定性测试仪，专为需要对其高性能油品进行数百小时测试的用户设计。该系统设计用于出色的长期稳定性和控制。 |
| 旋转梁疲劳试验机 (RBFT) | 一种高周疲劳试验机，对旋转的测试试样施加弯曲力矩。 |
| 低温扭矩测试仪 | 当机械在极冷条件下运行时，润滑接触点的油脂可能冻结，从而阻止设备启动或严重限制性能。低温扭矩测试仪可测量启动力矩和运行力矩。在天气极其寒冷时，使用未经适当测试和认证油脂的机械可能无法运行，在某些情况下会造成严重危险。 |
| 滚筒稳定性测试仪 | 可使用滚筒稳定性测试仪评估润滑脂的剪切稳定性。该测试仪精确控制测试腔室内的温度，腔室内装有包含被测润滑脂的钢筒和一个用于机械剪切被测润滑脂的砝码。滚筒稳定性测试后，使用锥入度测试仪测试润滑脂样品。 |
| 冰点测试仪 | 航空燃料的冰点是一个必须测定的非常重要的特性。当飞机爬升或在低温下运行时，燃料可能形成固态烃类晶体。这些晶体会堵塞过滤器并限制流向发动机的燃料，从而可能导致灾难性后果。该冰点测试仪是一种自动系统，可精确检测这些燃料的冰点。 |
| 阿贝尔闭口闪点测试仪 | 这是一款自动闭杯闪点测试仪，用于测定闪点在 -30°C 至 70°C 之间的液体的闪点。该测试仪的自动化使闪点测定安全且准确。 |
| 克利夫兰开口闪点和燃点测试仪 | 克利夫兰闪点测试仪是一款自动开杯闪点和燃点测试仪，常用于润滑油和沥青材料。该测试仪可用于测试暴露在空气中时容易形成易燃混合物的样品。它还可以帮助确定样品是否具有持续燃烧的倾向，即燃点。 |
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