{"id":26039,"date":"2025-02-21T00:55:09","date_gmt":"2025-02-21T00:55:09","guid":{"rendered":"https:\/\/trumonytechs.com\/?post_type=thegem_pf_item&#038;p=26039"},"modified":"2026-09-26T09:40:47","modified_gmt":"2026-09-26T09:40:47","slug":"adhesivo-estructural-termoconductor","status":"publish","type":"thegem_pf_item","link":"https:\/\/www.trumonytechs.com\/es\/pf\/thermal-conductive-structural-adhesive\/","title":{"rendered":"Adhesivo estructural termoconductor"},"content":{"rendered":"<main class=\"trumo-scope\"> <section class=\"trumo-hero trumo-blueprint\" data-cta=\"hero\"> <div class=\"trumo-wrap trumo-hero-inner\"> <div class=\"trumo-hero-left\"> <div class=\"trumo-hcats\"> <span class=\"trumo-hcat trumo-hcat--solid\"> Epoxy &amp; polyurethane grades <\/span> <span class=\"trumo-hcat trumo-hcat--ghost\"> Flame-rated UL 94 V-0 <\/span> <\/div> <h1>Two-Part Thermal Conductive Structural Adhesive in Three Grades<\/h1> <p class=\"trumo-hero-lead\">We supply structural adhesive in three grades: polyurethane thermal conductive structural adhesive 30107-0120 and 30107-0200 for bonding battery cells to cold plates, and epoxy 30104-0120 for bonding metals, PET, PC and ABS. EV and energy storage (ESS) battery packs are the main applications, and the same adhesives are supplied for other applications as well. Which grade fits depends first on the substrates and the joint's service temperature. Measured properties are shown with the test method their data sheet names.<\/p> <p class=\"trumo-hero-note\"> Share your cell format or the substrates you are bonding, plus your annual volume, to start a quote for the grade that fits your joint. <\/p> <div class=\"trumo-hero-btns\"> <button type=\"button\" class=\"trumo-btn trumo-btn--primary trumo-quote-open\" popovertarget=\"trumo-quote\" aria-haspopup=\"dialog\"> Send Your Joint Details <\/button> <a class=\"trumo-btn trumo-btn--ghost\" href=\"mailto:oversea@trumonytechs.com?subject=Thermal%20Conductive%20Structural%20Adhesive%20inquiry\"> Email an Inquiry <\/a> <\/div> <\/div> <figure class=\"trumo-hero-fig trumo-hero-fig--photo trumo-hero-fig--full\"> <span class=\"trumo-corner trumo-corner--tl\"><\/span><span class=\"trumo-corner trumo-corner--tr\"><\/span> <span class=\"trumo-corner trumo-corner--bl\"><\/span><span class=\"trumo-corner trumo-corner--br\"><\/span> <img src=\"https:\/\/www.trumonytechs.com\/wp-content\/uploads\/2026\/09\/thermal-conductive-structural-adhesive-cartridge.webp\" alt=\"Dual cartridge of two-part structural adhesive with a static mixing nozzle dispensing a gray bead\" width=\"800\" height=\"533\" fetchpriority=\"high\" decoding=\"async\"> <\/figure> <\/div> <\/section> <div class=\"trumo-wrap\"> <section class=\"trumo-sec\"> <div class=\"trumo-sechead\"><span class=\"trumo-secno\">01<\/span><span class=\"trumo-secline\"><\/span><\/div> <h2> When a Thermal Joint Also Has to Carry Load <\/h2> <p class=\"trumo-lede\"> A structural adhesive earns its place when a thermal joint has to hold a part in place as well as carry its heat; in a battery pack, that is the joint between cell and cold plate. Where a frame already carries the load, the bond strength goes unused, so the three conditions below come first. <\/p> <div class=\"trumo-stat\"> <div class=\"trumo-stat-n\"> 11 MPa <\/div> <p class=\"trumo-stat-t\"> Aluminum-to-aluminum lap shear listed for 30107-0120, tested to GB\/T 7124-2008. <\/p> <\/div> <figure class=\"trumo-fig trumo-fig--scroll\"> <svg aria-label=\"Heat path from cells through the adhesive bond line and cold plate to the coolant and heat exchanger\" role=\"img\" viewbox=\"0 0 720 150\"> <defs><marker id=\"ar\" markerheight=\"7\" markerwidth=\"7\" orient=\"auto\" refx=\"8\" refy=\"5\" viewbox=\"0 0 10 10\"><path d=\"M0 0 L10 5 L0 10 z\" fill=\"#767676\"><\/path><\/marker><\/defs> <g fill=\"none\" stroke=\"#5F6B7A\" stroke-linecap=\"round\" stroke-linejoin=\"round\" stroke-width=\"1.6\"> <rect height=\"30\" rx=\"2\" width=\"12\" x=\"40\" y=\"18\"><\/rect><rect height=\"30\" rx=\"2\" width=\"12\" x=\"56\" y=\"18\"><\/rect><rect height=\"30\" rx=\"2\" width=\"12\" x=\"72\" y=\"18\"><\/rect> <rect height=\"26\" rx=\"2\" width=\"44\" x=\"190\" y=\"20\"><\/rect><rect fill=\"#FD7000\" height=\"6\" stroke=\"none\" width=\"44\" x=\"190\" y=\"42\"><\/rect> <path d=\"M478 26 q8 -8 16 0 t16 0 t16 0\"><\/path><path d=\"M478 38 q8 -8 16 0 t16 0 t16 0\"><\/path><path d=\"M478 50 q8 -8 16 0 t16 0 t16 0\"><\/path> <path d=\"M616 20 v30 M628 20 v30 M640 20 v30 M652 20 v30 M664 20 v30\"><\/path><path d=\"M610 35 h60\"><\/path> <\/g> <g> <rect fill=\"none\" height=\"30\" rx=\"2\" stroke=\"#5F6B7A\" stroke-width=\"1.6\" width=\"52\" x=\"336\" y=\"18\"><\/rect> <g stroke=\"#5F6B7A\" stroke-linecap=\"round\" stroke-width=\"2.2\"><line x1=\"344\" x2=\"344\" y1=\"24\" y2=\"42\"><\/line><line x1=\"354\" x2=\"354\" y1=\"24\" y2=\"42\"><\/line><line x1=\"364\" x2=\"364\" y1=\"24\" y2=\"42\"><\/line><line x1=\"374\" x2=\"374\" y1=\"24\" y2=\"42\"><\/line><line x1=\"384\" x2=\"384\" y1=\"24\" y2=\"42\"><\/line><\/g> <\/g> <g fill=\"#1E1E1E\" font-size=\"11\" font-weight=\"700\" text-anchor=\"middle\"> <rect fill=\"#F7F8FA\" height=\"52\" rx=\"3\" stroke=\"#E5E7EB\" width=\"112\" x=\"8\" y=\"64\"><\/rect> <text x=\"64\" y=\"86\"> C\u00e9lulas <\/text><text fill=\"#5F6B7A\" font-size=\"9.5\" font-weight=\"400\" x=\"64\" y=\"102\"> generar calor <\/text> <rect fill=\"#C05400\" height=\"64\" rx=\"3\" width=\"112\" x=\"156\" y=\"58\"><\/rect> <text fill=\"#fff\" x=\"212\" y=\"85\"> L\u00ednea de bonos <\/text><text fill=\"#fff\" font-size=\"9.5\" font-weight=\"400\" x=\"212\" y=\"102\"> 30107 \u00b7 our scope <\/text> <rect fill=\"#F7F8FA\" height=\"52\" rx=\"3\" stroke=\"#E5E7EB\" width=\"112\" x=\"304\" y=\"64\"><\/rect> <text x=\"360\" y=\"86\"> Placa fr\u00eda <\/text><text fill=\"#5F6B7A\" font-size=\"9.5\" font-weight=\"400\" x=\"360\" y=\"102\"> takes heat in <\/text> <rect fill=\"#F7F8FA\" height=\"52\" rx=\"3\" stroke=\"#E5E7EB\" width=\"112\" x=\"452\" y=\"64\"><\/rect> <text x=\"508\" y=\"86\"> Refrigerante <\/text><text fill=\"#5F6B7A\" font-size=\"9.5\" font-weight=\"400\" x=\"508\" y=\"102\"> carries heat off <\/text> <rect fill=\"#F7F8FA\" height=\"52\" rx=\"3\" stroke=\"#E5E7EB\" width=\"112\" x=\"600\" y=\"64\"><\/rect> <text x=\"656\" y=\"86\"> Intercambiador <\/text><text fill=\"#5F6B7A\" font-size=\"9.5\" font-weight=\"400\" x=\"656\" y=\"102\"> lo rechaza <\/text> <\/g> <g marker-end=\"url(#ar)\" stroke=\"#767676\" stroke-width=\"1.4\"> <line x1=\"124\" x2=\"148\" y1=\"90\" y2=\"90\"><\/line><line x1=\"272\" x2=\"296\" y1=\"90\" y2=\"90\"><\/line> <line x1=\"420\" x2=\"444\" y1=\"90\" y2=\"90\"><\/line><line x1=\"568\" x2=\"592\" y1=\"90\" y2=\"90\"><\/line> <\/g> <g stroke=\"#E5E7EB\" stroke-width=\"1\"><line x1=\"8\" x2=\"712\" y1=\"140\" y2=\"140\"><\/line><\/g> <g stroke=\"#C3CCD6\" stroke-width=\"1\"><line x1=\"8\" x2=\"8\" y1=\"134\" y2=\"140\"><\/line><line x1=\"360\" x2=\"360\" y1=\"134\" y2=\"140\"><\/line><line x1=\"712\" x2=\"712\" y1=\"134\" y2=\"140\"><\/line><\/g> <\/svg> <figcaption class=\"trumo-cap\"> Heat path through a bonded cell-to-plate joint; the same bond line fixes the cell in place. <\/figcaption> <\/figure> <ul class=\"trumo-checks\"> <li><span class=\"n\">01<\/span><div><b> A frame already holds the cells <\/b><p> When a frame or fasteners carry the load, the interface only has to move heat. Our <a href=\"https:\/\/www.trumonytechs.com\/es\/pf\/gel-termoconductor\/\">gel t\u00e9rmico<\/a> y <a href=\"https:\/\/www.trumonytechs.com\/es\/pf\/almohadilla-conductora-termica\/\">thermal pad<\/a> do that without a structural bond, at 1.5\u20138.0 W\/m\u00b7K across listed models (ISO 22007-2). <\/p><\/div><\/li> <li><span class=\"n\">02<\/span><div><b> Cells must come out for service <\/b><p> A cured 30107 bond fixes cell and plate firmly, and no removal or rework method is published for it, so the service strategy has to be settled before a bonded joint is specified. <\/p><\/div><\/li> <li><span class=\"n\">03<\/span><div><b> The joint runs outside \u221210 to +120 \u00b0C <\/b><p> Epoxy 30104-0120 lists \u221210 to +120 \u00b0C, and 30107 has no published range yet; send your operating window before either grade goes into a design. <\/p><\/div><\/li> <\/ul> <\/section> <div class=\"trumo-rule\"><i><\/i><\/div> <section class=\"trumo-sec\"> <div class=\"trumo-sechead\"><span class=\"trumo-secno\">02<\/span><span class=\"trumo-secline\"><\/span><\/div> <h2> Three Grades, Two Chemistries: What Each Data Sheet Covers <\/h2> <p class=\"trumo-lede\"> The three structural grades can be compared on two published points: the substrates each data sheet names, and whether the bead holds its place before cure. Polyurethane 30107 is specified for bonding battery cells to cold plates, while the epoxy 30104-0120 description names metals, PET, PC and ABS among the substrates it bonds. The intended joint for 30107-0200 and a temperature range for either polyurethane grade are not published yet, so both questions belong in the inquiry before a polyurethane grade is chosen. <\/p> <div class=\"trumo-cards trumo-cards--static\"> <article class=\"trumo-card\"> <div class=\"trumo-card-fig trumo-card-fig--photo\"> <span class=\"trumo-card-no\">A<\/span> <img src=\"https:\/\/www.trumonytechs.com\/wp-content\/uploads\/2026\/09\/structural-adhesive-epoxy-bead.webp\" alt=\"Bead of gray epoxy structural adhesive holding its profile on an aluminum plate beside a plastic part\" width=\"800\" height=\"533\" loading=\"lazy\" decoding=\"async\"> <\/div> <div class=\"trumo-card-body\"> <h3> Epoxy structural adhesive \u00b7 30104-0120 <\/h3> <p> The data sheet names metals, PET, PC and ABS among the substrates this epoxy bonds; a specific pairing of two of them calls for a coupon test on your own surfaces. Mixed through a helical mixing tube, the paste is thixotropic and does not flow after mixing. <\/p> <div class=\"trumo-card-spec\"> Viscosity at 25 \u00b0C, A and B <b>100,000\u2013300,000 mPa\u00b7s<\/b> <\/div> <\/div> <\/article> <article class=\"trumo-card\"> <div class=\"trumo-card-fig trumo-card-fig--photo\"> <span class=\"trumo-card-no\">B<\/span> <img src=\"https:\/\/www.trumonytechs.com\/wp-content\/uploads\/2026\/09\/tim-joint-structural-adhesive-bonding.webp\" alt=\"Celda de bater\u00eda colocada sobre una placa fr\u00eda que contiene perlas de adhesivo estructural.\" width=\"800\" height=\"533\" loading=\"lazy\" decoding=\"async\"> <\/div> <div class=\"trumo-card-body\"> <h3> Polyurethane structural adhesive \u00b7 30107-0120 <\/h3> <p> For bonding battery cells to the cold plate, where one bead fixes the cell and carries its heat. The two-part polyurethane is formulated with very low surface stress so it conforms to both faces, and it is the lower-viscosity of the two polyurethane grades. <\/p> <div class=\"trumo-card-spec\"> Viscosity at 25 \u00b0C, A \/ B <b>60,000 \/ 50,000 mPa\u00b7s \u00b115,000<\/b> <\/div> <\/div> <\/article> <article class=\"trumo-card\"> <div class=\"trumo-card-fig trumo-card-fig--photo\"> <span class=\"trumo-card-no\">C<\/span> <img src=\"https:\/\/www.trumonytechs.com\/wp-content\/uploads\/2026\/09\/structural-adhesive-cell-bond-line.webp\" alt=\"Prismatic battery cell bonded to an aluminum cold plate with a thin adhesive bond line\" width=\"800\" height=\"533\" loading=\"lazy\" decoding=\"async\"> <\/div> <div class=\"trumo-card-body\"> <h3> Polyurethane structural adhesive \u00b7 30107-0200 <\/h3> <p> The same cell-to-plate polyurethane at more than twice the viscosity of 30107-0120. Its cured properties sit beside 0120 in the specification table below. <\/p> <div class=\"trumo-card-spec\"> Viscosity at 25 \u00b0C, A \/ B <b>140,000 \/ 130,000 mPa\u00b7s \u00b120,000<\/b> <\/div> <\/div> <\/article> <\/div> <p class=\"trumo-note\"> The cards cover handling before cure; cured properties for all three grades are in the specification table below. Gels, pads, potting compounds and grease are listed under <a href=\"https:\/\/www.trumonytechs.com\/es\/materiales-de-interfaz-termica\/\">materiales de interfaz t\u00e9rmica<\/a>, and our guide to <a href=\"https:\/\/www.trumonytechs.com\/es\/materiales-de-interfaz-termica-bateria\/\">Materiales de interfaz t\u00e9rmica para paquetes de bater\u00edas<\/a> sets out where an adhesive fits among them. <\/p> <p> Because the bond line sits between the cell and the <a href=\"https:\/\/www.trumonytechs.com\/es\/pf\/placa-de-refrigeracion-por-agua\/\">placa de fr\u00edo<\/a>, the plate's surface is one face of the joint, so adhesive and plate belong in one specification. We supply both sides of that interface, and <a href=\"https:\/\/www.trumonytechs.com\/es\/gestion-termica-de-la-bateria\/\">gesti\u00f3n t\u00e9rmica de la bater\u00eda<\/a> shows where they sit in the pack. <\/p> <\/section> <div class=\"trumo-rule\"><i><\/i><\/div> <section class=\"trumo-sec\"> <div class=\"trumo-sechead\"><span class=\"trumo-secno\">03<\/span><span class=\"trumo-secline\"><\/span><\/div> <h2> Thermal Conductive Structural Adhesive Specifications by Test Method <\/h2> <p class=\"trumo-lede\"> Cured properties of the three structural grades were measured to two sets of test standards, so each row is read with its method before grades are compared. The polyurethane grades use GB\/T methods for density, hardness, mechanical and electrical rows, while the epoxy grade uses ASTM methods for density, hardness and electrical rows. <\/p> <div class=\"trumo-tablewrap\"> <table> <thead><tr><th> Property (cured) <\/th><th> Epoxy 30104-0120 <\/th><th> Polyurethane 30107-0120 <\/th><th> Polyurethane 30107-0200 <\/th><th> Test method (30104 \u00b7 30107) <\/th><\/tr><\/thead> <tbody> <tr><td> Conductividad t\u00e9rmica <\/td><td> 1.2 W\/m\u00b7K <\/td><td> 2.05 W\/m\u00b7K <\/td><td> 2.05 W\/m\u00b7K <\/td><td> ISO 22007-2 \u00b7 ASTM D5470 <\/td><\/tr> <tr><td> Densidad <\/td><td> 1.8 g\/cm\u00b3 <\/td><td> 1.71 g\/cm\u00b3 <\/td><td> 2.32 g\/cm\u00b3 <\/td><td> ASTM D792 \u00b7 GB\/T 1033.1-2008 <\/td><\/tr> <tr><td> Dureza <\/td><td> Shore D 60 or above <\/td><td> Shore D 65 <\/td><td> Shore D 70 <\/td><td> ASTM D2240 \u00b7 GB\/T 531.1-2008 <\/td><\/tr> <tr><td> Lap shear, aluminum to aluminum <\/td><td> 9 MPa <\/td><td> 11 MPa <\/td><td> 8 MPa <\/td><td> GB\/T 7124 \u00b7 GB\/T 7124-2008 <\/td><\/tr> <tr><td> Resistencia a la tracci\u00f3n <\/td><td> 5 MPa <\/td><td> 10 MPa <\/td><td> 7 MPa <\/td><td> GB\/T 528 \u00b7 GB\/T 528-2009 <\/td><\/tr> <tr><td> Alargamiento <\/td><td> Not published <\/td><td> 14% <\/td><td> 8% <\/td><td> \u2014 \u00b7 GB\/T 528-2009 <\/td><\/tr> <tr><td> Breakdown <\/td><td> 12 kV\/mm <\/td><td> 16 kV\/mm <\/td><td> 14 kV\/mm <\/td><td> ASTM D149 \u00b7 GB\/T 1408.1-2016 <\/td><\/tr> <tr><td> resistividad volum\u00e9trica <\/td><td> &gt;10\u00b9\u00b2 \u03a9\u00b7cm <\/td><td> 1.5 \u00d7 10\u00b9\u00b3 \u03a9\u00b7cm <\/td><td> 1.5 \u00d7 10\u00b9\u00b3 \u03a9\u00b7cm <\/td><td> ASTM D257 \u00b7 GB\/T 31838.2-2019 <\/td><\/tr> <tr><td> Clasificaci\u00f3n de inflamabilidad <\/td><td> V-0 <\/td><td> V-0 <\/td><td> V-0 <\/td><td> UL 94 <\/td><\/tr> <tr><td> Volume change <\/td><td> 1% <\/td><td> Not published <\/td><td> Not published <\/td><td> ISO 10563 \u00b7 \u2014 <\/td><\/tr> <tr><td> Rango de temperatura recomendado <\/td><td> \u221210 to +120 \u00b0C <\/td><td> Not published <\/td><td> Not published <\/td><td> \u2014 <\/td><\/tr> <\/tbody> <\/table> <\/div> <p> Lap shear on this page is aluminum to aluminum for all three grades, even though the epoxy grade's description also names plastic substrates. If either face is a coated plate, a film-wrapped cell or a plastic part, bond coupons of that exact surface before the design is released, because none of the listed shear values describes it. <\/p> <div class=\"trumo-callout\"><p> Thermal conductivity from ISO 22007-2 and from ASTM D5470 comes from different test setups, so 1.2 and 2.05 W\/m\u00b7K here do not rank the two chemistries. Where the heat path decides the choice, a same-method test of both grades is the fair comparison. <\/p><\/div> <\/section> <div class=\"trumo-rule\"><i><\/i><\/div> <section class=\"trumo-sec\"> <div class=\"trumo-sechead\"><span class=\"trumo-secno\">04<\/span><span class=\"trumo-secline\"><\/span><\/div> <h2> Pricing a Structural Adhesive Order: Grade, Volume and Package Format <\/h2> <p> Structural adhesive pricing is quoted per grade, order volume and package format, and no price range is published on this page. Because the quote is set per grade, volume and package, an inquiry needs all three before it can be priced. Inclusions such as mixing tubes and freight are not published here, so they belong itemized in the quote itself. <\/p><div class=\"trumo-cta\" data-cta=\"mid\"> <p> Send the grade, your annual volume and the package format you prefer, so the quote reflects the order you plan. <\/p> <div class=\"trumo-cta-btns\"> <button type=\"button\" class=\"trumo-btn trumo-btn--primary trumo-quote-open\" popovertarget=\"trumo-quote\" aria-haspopup=\"dialog\"> Send the Grade and Volume <\/button> <\/div> <\/div> <\/section> <div class=\"trumo-rule\"><i><\/i><\/div> <section class=\"trumo-sec\"> <div class=\"trumo-sechead\"><span class=\"trumo-secno\">05<\/span><span class=\"trumo-secline\"><\/span><\/div> <h2> Epoxy vs Polyurethane Structural Adhesive: Published Data and Open Questions <\/h2> <p class=\"trumo-lede\"> Between the epoxy and polyurethane grades, the deciding factor is which questions your joint needs answered on paper today. A joint with a PET, PC or ABS face, or one that must be documented within \u221210 to +120 \u00b0C, is covered only by the epoxy 30104-0120 data sheet. A cell bonded to a cold plate is the joint polyurethane 30107 is specified for. <\/p> <div class=\"trumo-pair\"> <div><b> Epoxy 30104-0120 <\/b><p> On the data sheet: substrates named beyond metal, a thixotropic paste that holds its place after mixing, and a \u221210 to +120 \u00b0C recommended range. Still open: elongation, and a conductivity figure on the same method as the polyurethane grades. <\/p><\/div> <div><b> Polyurethane 30107-0120 and 30107-0200 <\/b><p> On the data sheet: the cell-to-cold-plate purpose, 2.05 W\/m\u00b7K on ASTM D5470 for both grades, and elongation data. Still open: plastic substrates, a temperature range, and which joints favor 30107-0200 over 30107-0120. <\/p><\/div> <\/div> <\/section> <\/div> <section class=\"trumo-band trumo-blueprint\"> <div class=\"trumo-wrap\"> <div class=\"trumo-sechead\"><span class=\"trumo-secno\">06<\/span><span class=\"trumo-secline\"><\/span><\/div> <h2> What the Adhesive Test Data Proves, and What It Doesn't <\/h2> <p class=\"trumo-lede\"> We list each measured property of the three structural grades with the test method its data sheet names, which gives your lab a basis for re-testing before a line trial. Viscosity for the polyurethane grades is listed as a band, \u00b115,000 mPa\u00b7s for 30107-0120 and \u00b120,000 mPa\u00b7s for 30107-0200. Whether that band serves as an incoming-inspection limit is not stated, and batch records, factory inspection steps and reference projects for these grades are not published on this page. <\/p> <div class=\"trumo-tiles\"> <div class=\"trumo-tile\"> <svg fill=\"none\" stroke=\"#FD7000\" stroke-linecap=\"round\" stroke-linejoin=\"round\" stroke-width=\"1.8\" viewbox=\"0 0 40 40\" role=\"img\" aria-label=\"Icono de prueba de conductividad t\u00e9rmica\"> <rect x=\"5\" y=\"17\" width=\"30\" height=\"7\" rx=\"1\"\/><path d=\"M11 36 q3 -4 0 -8 t0 -8 t0 -8 M8 15 l3 -4 3 4\"\/><path d=\"M20 36 q3 -4 0 -8 t0 -8 t0 -8 M17 15 l3 -4 3 4\"\/><path d=\"M29 36 q3 -4 0 -8 t0 -8 t0 -8 M26 15 l3 -4 3 4\"\/> <\/svg> <b> T\u00e9rmico <\/b><p> ISO 22007-2 for the epoxy grade, ASTM D5470 for the polyurethane grades. <\/p> <\/div> <div class=\"trumo-tile\"> <svg fill=\"none\" stroke=\"#FD7000\" stroke-linecap=\"round\" stroke-linejoin=\"round\" stroke-width=\"1.8\" viewbox=\"0 0 40 40\" role=\"img\" aria-label=\"Lap shear test icon\"> <rect x=\"3\" y=\"15\" width=\"22\" height=\"5\" rx=\"1\"\/><rect x=\"15\" y=\"20\" width=\"22\" height=\"5\" rx=\"1\"\/><path d=\"M22 9 h-15 M10 6 l-3 3 3 3\"\/><path d=\"M18 31 h15 M30 28 l3 3 -3 3\"\/> <\/svg> <b> Bond <\/b><p> Lap shear to GB\/T 7124 and tensile strength to GB\/T 528 on all three grades; volume change to ISO 10563 on 30104-0120. <\/p> <\/div> <div class=\"trumo-tile\"> <svg fill=\"none\" stroke=\"#FD7000\" stroke-linecap=\"round\" stroke-linejoin=\"round\" stroke-width=\"1.8\" viewbox=\"0 0 40 40\" role=\"img\" aria-label=\"Electrical breakdown test icon\"> <rect x=\"7\" y=\"4\" width=\"26\" height=\"5\" rx=\"1\"\/><rect x=\"7\" y=\"31\" width=\"26\" height=\"5\" rx=\"1\"\/><rect x=\"5\" y=\"15\" width=\"30\" height=\"10\" rx=\"1\" stroke-dasharray=\"3 2\"\/><path d=\"M22 10 L16 19 H22 L17 30\"\/> <\/svg> <b> El\u00e9ctrico <\/b><p> Breakdown to ASTM D149 or GB\/T 1408.1; volume resistivity to ASTM D257 or GB\/T 31838.2. <\/p> <\/div> <div class=\"trumo-tile\"> <svg fill=\"none\" stroke=\"#FD7000\" stroke-linecap=\"round\" stroke-linejoin=\"round\" stroke-width=\"1.8\" viewbox=\"0 0 40 40\" role=\"img\" aria-label=\"Icono de clasificaci\u00f3n de llama\"> <path d=\"M20 36 c-7 0 -11 -4 -11 -10 c0 -6 5 -8 6 -14 c3 3 4 6 4 9 c2 -2 3 -5 3 -9 c6 4 10 9 10 14 c0 6 -5 10 -12 10 z\"\/><path d=\"M20 36 c-3 0 -5 -2 -5 -5 c0 -3 3 -4 3 -7 c3 2 7 4 7 7 c0 3 -2 5 -5 5 z\"\/> <\/svg> <b> Llama <\/b><p> UL 94 V-0 on all three grades, as a material flammability class. <\/p> <\/div> <\/div> <div class=\"trumo-photos trumo-photos--row4\"><span class=\"trumo-corner trumo-corner--tl\"><\/span><span class=\"trumo-corner trumo-corner--tr\"><\/span><span class=\"trumo-corner trumo-corner--bl\"><\/span><span class=\"trumo-corner trumo-corner--br\"><\/span><img src=\"https:\/\/www.trumonytechs.com\/wp-content\/uploads\/2026\/09\/structural-adhesive-d5470-test.webp\" alt=\"Cured adhesive sample clamped between the metered bars of a steady-state thermal tester\" width=\"800\" height=\"533\" loading=\"lazy\" decoding=\"async\"><img src=\"https:\/\/www.trumonytechs.com\/wp-content\/uploads\/2026\/09\/structural-adhesive-lap-shear-test.webp\" alt=\"Aluminum lap-shear coupons bonded with structural adhesive in a tensile tester's grips\" width=\"800\" height=\"533\" loading=\"lazy\" decoding=\"async\"><img src=\"https:\/\/www.trumonytechs.com\/wp-content\/uploads\/2026\/09\/tim-dielectric-strength-test.webp\" alt=\"Gray cured sample between two brass electrodes in a dielectric strength tester\" width=\"800\" height=\"533\" loading=\"lazy\" decoding=\"async\"><img src=\"https:\/\/www.trumonytechs.com\/wp-content\/uploads\/2026\/09\/tim-ul94-vertical-burn-test.webp\" alt=\"Tira de prueba de material sujeta verticalmente en una c\u00e1mara de llama durante una prueba de combusti\u00f3n vertical.\" width=\"800\" height=\"533\" loading=\"lazy\" decoding=\"async\"><\/div> <div class=\"trumo-callout\"><p> Measured properties on this page are laboratory results on the listed methods, not measurements from an assembled product, and the RoHS-compliant formulation is a formulation statement rather than a certificate. RoHS test reports and the scope of quality-system certificates for this product line are not published on this page; ask for them with your RFQ. <\/p><\/div> <\/div> <\/section> <div class=\"trumo-wrap\"> <section class=\"trumo-sec\"> <div class=\"trumo-sechead\"><span class=\"trumo-secno\">07<\/span><span class=\"trumo-secline\"><\/span><\/div> <h2> Ordering Structural Adhesive: What to Send and What to Ask <\/h2> <p> An inquiry for structural adhesive needs to describe both faces of the joint and its operating temperature, because the three data sheets cover substrates and temperature unevenly. The six items below give an inquiry what it needs for fit and price to be discussed. Transit time, duties and customs handling depend on the destination and are confirmed in the quote. <\/p> <ul class=\"trumo-chips\"> <li> Grade: 30104-0120, 30107-0120 or 30107-0200 <\/li> <li> What sits on each face: cell, cold plate, metal or plastic part <\/li> <li> Cell format and cells per pack, or part size for other assemblies <\/li> <li> Operating temperature range of the joint <\/li> <li> Annual volume <\/li> <li> Preferred package and dispensing method <\/li> <\/ul> <\/section> <div class=\"trumo-rule\"><i><\/i><\/div> <section class=\"trumo-sec\"> <div class=\"trumo-sechead\"><span class=\"trumo-secno\">08<\/span><span class=\"trumo-secline\"><\/span><\/div> <h2> Structural Adhesive FAQ <\/h2> <div class=\"trumo-faq\"> <details><summary><span class=\"q\"> How do the two polyurethane thermal conductive structural adhesive grades differ? <\/span><span class=\"i\">+<\/span><\/summary><p> Both 30107 grades list 2.05 W\/m\u00b7K on ASTM D5470. The 0120 grade lists 11 MPa aluminum lap shear and 14% elongation; 0200 lists 8 MPa and 8%, and at 2.32 against 1.71 g\/cm\u00b3 the same bead volume weighs more. The data sheet does not say when to choose 0200, so that belongs in the quote request. <\/p><\/details> <details><summary><span class=\"q\"> How long does a bonded assembly need before it can move on? <\/span><span class=\"i\">+<\/span><\/summary><p> Surface-dry time is 35 minutes at 25 \u00b0C for both polyurethane grades and 60\u201390 minutes at 23 \u00b0C for epoxy 30104-0120; published cure is 7 days for all three. Strength at intermediate times and cure schedules other than the listed one are not on the data sheets, so your own coupon tests have to set handling steps. <\/p><\/details> <details><summary><span class=\"q\"> Is the bond line electrically insulating between cell and cold plate? <\/span><span class=\"i\">+<\/span><\/summary><p> All three grades are described as insulating, with material breakdown values of 12 kV\/mm for 30104-0120 and 16 and 14 kV\/mm for 30107-0120 and -0200. No bond-line design rule is published, so the insulation a bonded joint gives at your working voltage has to be verified on that joint. <\/p><\/details> <details><summary><span class=\"q\"> Does the UL 94 V-0 rating cover my finished product? <\/span><span class=\"i\">+<\/span><\/summary><p> No. V-0 is the flammability class the adhesive reached in UL 94 testing of the material itself, and the rating does not extend to a module, pack or other product built with it. The data sheet does not say whether a test report can be shared, so that question belongs in the quote request if your approval file needs one. <\/p><\/details> <details><summary><span class=\"q\"> How are the two parts mixed? <\/span><span class=\"i\">+<\/span><\/summary><p> All three grades mix at a 1:1 ratio. The epoxy grade is mixed through a helical mixing tube, while the polyurethane data sheets give the ratio but name no mixing hardware, and no ratio tolerance is published for any grade. Dispensing equipment is worth confirming with us before a line trial. <\/p><\/details> <details><summary><span class=\"q\"> Will the bead stay in place on a vertical or overhead face? <\/span><span class=\"i\">+<\/span><\/summary><p> Epoxy 30104-0120 is thixotropic, with a thixotropic index of 4, and is described as not flowing once mixed. The polyurethane data sheets list viscosity but no thixotropy figure, so a sag check on your own fixture is the way to confirm 30107 on a vertical or overhead face. <\/p><\/details> <details><summary><span class=\"q\"> Are MOQ, lead time and package sizes published for these grades? <\/span><span class=\"i\">+<\/span><\/summary><p> No. MOQ, sample and production lead times, package sizes, shelf life, storage conditions, payment and inspection terms, shipping documents and after-sales handling are not published on this page. An RFQ that names the grade and annual volume is the place to request them. <\/p><\/details> <details><summary><span class=\"q\"> Can you cover my annual volume, and what warranty applies? <\/span><span class=\"i\">+<\/span><\/summary><p> Capacity figures are not published, so the inquiry should carry your annual volume and call-off schedule, and supply against that schedule is worth having confirmed in writing. Warranty terms are not published on this page. Ask for them with your RFQ. <\/p><\/details> <\/div> <\/section> <\/div> <\/main>","protected":false},"excerpt":{"rendered":"<p>Epoxy &amp; polyurethane grades Flame-rated UL 94 V-0 Two-Part Thermal Conductive Structural Adhesive in Three Grades We supply structural adhesive in three grades: polyurethane thermal conductive structural adhesive 30107-0120 and 30107-0200 for bonding battery cells to cold plates, and epoxy 30104-0120 for bonding metals, PET, PC and ABS. EV and energy storage (ESS) battery packs &#8230; <a title=\"Adhesivo estructural termoconductor\" class=\"read-more\" href=\"https:\/\/www.trumonytechs.com\/es\/pf\/thermal-conductive-structural-adhesive\/\" aria-label=\"Leer m\u00e1s sobre Thermal Conductive Structural Adhesive\">Leer m\u00e1s<\/a><\/p>","protected":false},"featured_media":28119,"menu_order":0,"template":"","meta":[],"thegem_portfolios":[64],"class_list":["post-26039","thegem_pf_item","type-thegem_pf_item","status-publish","has-post-thumbnail","hentry","thegem_portfolios-thermal-interface-materials"],"yoast_head":"<!-- This site is optimized with the Yoast SEO plugin v28.6 - https:\/\/yoast.com\/product\/yoast-seo-wordpress\/ -->\n<title>Thermal Conductive Structural Adhesive, Epoxy &amp; PU | Trumonytechs<\/title>\n<meta name=\"description\" content=\"Polyurethane grades bond battery cells to cold plates at 2.05 W\/m\u00b7K (ASTM D5470); epoxy 30104-0120 bonds metals, PET, PC, ABS. 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