Offers to Sell

GLPOLY XK-G40 Thermal Putty Applying To Radar Thermal Management of Auto Pilot Instead of Laird Tputty 508. XK-G40 Thermal putty had been launched for years but few of engineers wanted to use it because comparing with traditional paste materials, it was a new material. but now, it’s getting more and more attraction from engineers. Taking Laird Tputty 508 as benchmark, GLPOLY XK-G40 thermal putty provides a thermal conductivity of 4.0W/mK, compatible with high volume, automated dispense process. A vehicle controller manufacturer contacted me and inquired about thermal putty which could replace Laird Tflex 508. He used to apply this material in bulk production. In order to low the cost down and decrease purchasing complexity, this customer wanted to find a local supplier instead of Laird. I met many cases like this looking for alternates. XK-G40 was preferred, providing exceptional thermal performance. This material was verified by third party, tested items including high temperature aging test, high and low temperature thermal shock and 85°C&RH85% test and vibration test. Customer reviewed the reports and said:”it’s great, realibility is the most important to us, I will let our engineer verify it in assembly.” Two months later, customer contacted me, said:”performance of thermal gel XK-G40 is great, satisfying our design requirements, it could be alternative to Tputty 508. How about the price, as expensive as Tputty 508? ” I told him that GLPOLY thermal interface materials provided equivalent performance to world-class competitive products, but the price of XK-G40 is 30% lower than that of them. GLPOLY was introduced into customer’s BOM and applied in bulk production. GLPOLY thermal putty XK-G40 is ideal for high performance electronic devices, it will wet out interface, decreasing contact thermal resistance, improving heat transfer. This material deflects under low compressive forces, decreasing stress on component thun decreasing component failure. GLPOLY has been engaged in thermal interface materials sector for 12 years, providing technological advanced thermal solution and superior service, keeping your devices run cooler and more stably.

Minimum Order: 10 long tons

GLPOLY Thermal gap filler has been applying in military equipment shown in parade, it’s no doubt that GLPOLY thermal gap filler will be applied in volume production by the major auto companies. Many auto companies requested to use thermal gap filler instead of thermal gap pad this. In the study of thermal gap filler application status, we found that many faults came out such as slump, sag or break in dispensing gap filler, even uncuring in 24hrs. There is no any abnormal situation since GLPOLY thermal gap filler XK-S20 has been applying in new energy vehicle of X brand, neither in trial and volume production. It proved that GLPOLY thermal gap filler XK-S20 provides high stability and reliability. I can say GLPOLY thermal gap filler is so confident and excellent, 1. GLPOLY will process raw materials with nano-scale grinder, optimizing material conbination, nobody else is behaving like this in China. 2. GLPOLY introduced automated production system that eliminates artifical error and keep consistency of product in trial or volume. 3. GLPOLY entrusted CTI to test reliability, high temperature aging 1000hrs and high temperature&humidity 1000hrs, all indexes met requirements. When we submitted the report to customer, he was surprised and said this is the most complete test report he had received. 4. Our peers only deliver gap filler while we provide thermal gap filler and corollary dispensing equipment together for customers, along with 24-7 assistance and guidance. When ours peers are providing thermal gap filler with 1-3W/mK of thermal conductivity, GLpoly is delivering reliable and stable thermal gap filler with 5.0W/mK. 5. Curing time is crucial to customer because it affects productivity. Usually, for most of suppliers even the top brand abroad, curing time of thermal gap filler is 24 hours in room temperature, however, GLpoly had improved curing time by 70%, it means that thermal gap filler(thermal silicone adhesive) will cure in 4-6hours in the same condition. 6. GLpoly is able to customize the data of viscosity, hardness and density etc of thermal silicone adhesive(thermal gap filler) to meet customers’ special requirements on battery pack thermal management. In Dec 2019, several senior mangers from a Japanese-owned auto enterprise in Gangzhou had visited GLpoly Dongguan factory. After observing and studying the automated production line and product inspection process, they had satisfied with results and cancelled the visit plan to another thermal gap filler manufacturer. Another car manufacturer in Beijing had decided to investigate GLpoly for a volume production project in 2020. Four major auto enterprises have been trying GLpoly thermal gap filler(thermal adhesive) XK-S20, as founder of GLpoly said, 2020 is a year worth striving for. GLpoly is confident that thermal gap filler(thermal adhesive) XK-S20 is the preferred thermal management solution to new engery vehicle battery pack for many auto enterprises.

Minimum Order: 10 long tons

There is no standard aging test method for thermally conductive epoxy adhesive for automotive battery industry. Gathered and analyzed statements of five autmo enterprises, GLPOLY is going to become the pioneer probably for proposing the first thermal adhesives aging test method. Months ago, an engineer from a famous vehicle manufacturer submitted one statement of requirement to several suppliers. Some of them failed to finish test in house, or suggested handing test task to The Thirdy Party, but the most important is all expense should be borne by customer. Only GLPOLY, a distinct company, took this test task actively. We made applicative suggestions after taking into account of technical purpose, application conditions and boundary conditions, material nature and test method. At the meantime, based on A-DFEAM analysis, we suggested to make accelerated aging test including which will save two thirds of time and still exhibit accurate service life of thermally conductive adhesive. We invited customer to join us for testing, we wish to cooperate, develop and grow with customer sincerely. Also we made aging test for thermal pad, one of our vehicle manufacturing customer said”I wish to draw up test plans with GLPOLY together, because you are the only one that can finish this aging test by yourself”. GLPOLY thermal adhesive aging test standard, a methodologies innovative technical statement, is initiated in industry. Coronavirus affected our life seriously, but we proceeded aging test day and night as planned. We not only provides products, but also offer attentive service. GLPOLY thermally conductive adhesive is on trial by four major vehicle manufacturing enterprises in China, we are confident that supply boom of GLPOLY thermally conductive structural epoxy adhesive is near the corner.

Minimum Order: 10 long tons

It sounds easy and simple to make thermally conductive insulator, but there are just two or three high quality thermal insulator manufacturers in China, GLPOLY is one of them. For many thermal management engineer, Bergquist thermally conductive insulator is preferred, or take it as benchmark even they don’t use it finally. The main raw materials are fiberglass(or PI), silicone oil and thermally conductive powder. it is very simple, isn’t it? but few of manfacturers can make quality thermal insulator with high performance and reliability. There are always some problems, either the low thermal performance or dielectric strength. We are not undervaluing peers, I have experienced that some peers bought thermally conductive insulator from us. GLPOLY is one of the leading expert in the development and production of thermal insulator, taking Bergquist etc as benchmark. A motorized chair mannufacturer consulted us about thermally conductive insulator. They wanted to use a local alternative product to replace Bergquist Sil-Pad 900S, requesting an equivalent of performance or better. The customer had tested many similar samples before and failed each of them, because the temperature rise of chip is 95 degree, exceeding design requirement. Customer is misguided in expecting an higher thermal conductivity. We recommended a thermal insulator XK-F20ST1 with 2.3W/mK, but customer doubted whether the thermal conductivit is high enough, “the thermal conductivity of samples we had tested before were 2.0W/mK, is 2.3W/mK enough?“. Actually, in order to enhance dielectric strength, some suppliers use materials which is detremtal to heat transfer and customer doesn’t know detail. We suggest customer test it first, “the cost high performance thermal matieral is proportional to thermal conductivity, we must consider the necessary of using a higher performance thermal material. If it is unworkable, we’ll provide another high performance product”. Customer accepted our suggestion and tested the 2.3W/mK thermally conductive insulator. Finally, customer was surprised by result, during the entire testing process, the temperature never exceeded 80 degree. Compared with Bergquist Sil-Pad 900S, GLPOLY XK-F20ST1 thermally conductive insulator provided high thermal performance as Sil-Pad 900S does, at the meantime, with a favorable price and shorter lead time. GLPOLY XK-F20ST1 is a high performance, electrical insulation thermally conductive insulator with low thermal impedance 0.22℃in2/W. It has a dielectric voltage of 3.5kV, providing excellent reliability. XK-F20ST1 thermal insulator is one or two sided soft-tack for ease of assembly. The soft natura makes interface contact more fully, optimizing heat transfer. GLPOLY has been providing thermal insulator for DJI and Han’s Laser etc top-class enterprises for several years. GLPOLY help keep you design beakthroughs with complete portfolio of thermal management materials.

Minimum Order: 10 long tons

Take CGW-2 as benchmark model, GLPOLY launches an alternative product—thermal gap filler XK-S20. More than 20 technical data had been tested, GLPOLY is the only one that possess such a professional inspection ability. We don’t just give customer a specification, we’ll test physical, electrical and thermal properties according to customers’ statement after we get samples, then we test every parameter of GLPOLY thermal gap filler XK-S20, all these test reports will be submitted to customers. Actually, many counterparts don’t even undertand the test standard of each parameter. How they can provide alternatives. Firstly, silicone oil leakage is less than 5% by test standard of ASTM D120. Maybe some people laugh at us why do you release the true report? Customers don’t know the detail. We don’t provide fake data and never. Test report showed that XK-S20’s oil leakage is half of CGW-2’s. Secondly, Pressure and compression. 30% of compression under 40psi, it’s tested by universal mechanical instrument. During the test, GLPOLY R&D supervisor found that this test standard is not fit for compression test. GLPOLY drew up a scheme for compression test, it is not only considered as corporate standard, but also industry standard. Thirdly, viscosity. This is one of most concerned points. Viscosity affects quality and dispensing speed of thermal gap filler. Once, one of our customers said GLPOLY XK-S20’s viscosity of 320pas is too high, and requested us to decrease the value to 240 pas which CGW-2 provides. Actually CGW-2 provides a viscosity of 330 pas, “maybe there is difference between test instrument or given revolution .” We discussed this with customer. When we contrast the data, we need to understand or make clear if there is any difference between customer’s test standard or instrument and ours. To be honest, GLPOLY is the only one that provides true comparison between its products and competitors’.

Minimum Order: 10 long tons

GLPOLY thermal interface materials are recognized thermal management products, backing by state-of-the-art R&D resource and quality service. GLPOLY thermal management solutions provides reliable, high performance in multipe markets and applications including automtive, consumer electronics, industrial devices, telecom, communication and more. GLPOLY provides complete portfolio of thermal management materials protecting your devices and brand reputation. 1. Thermal gap pad. Soft thermal pad is recommended for applications that require a minimum amount of pressure on components. It is high conformable, low modulus and two sided self tack for reducing contact thermal resistance. 2. Thermal gap filler. Two-part dispensable thermal gap filler and one-part thermal gel are included. They has a ultra thin bondline and feature high performance, low thermal impedance, suitable for automated dispensing system, saving cost and improving productivity. 3. Silicone-free thermal materials. Silicone-free thermal gap filler and silicone-free thermal pad are suitable for silicone-sensitive applications which has optical windows avoding siloxane volatiles. 4. Other thermal solutions include thermally conductive tapes, thermally conductive adhesives, epoxy, thermal grease, hybrid thermal&EMI absorber and more. No matter your industry, GLPOLY thermal management materials can help you design devices that run cooler and more reliably. The excellent thermal conductivity, high dielectric strength and conformability make them ideal for electronics and its related products.

Minimum Order: 10 long tons

In the past few years, most of vehicle manufacturers selected Lord, Bergquist or Fujipoly etc thermal gap filler as thermal management solution for their battery pack and motor. Now it’s changed, GLPOLY has taken its place among top suppliers of thermal gap filler in electric vehicle industry, surpassing the counterparts. To achieving automotive application standard, materials, stability and service life of parts must exhibit superior features. Depending on its own R&D capabilities and advanced automated production lines eliminating artifical error, GLPOLY is qualified to compete with elite rivals worldwide. GLPOLY XK-S30 is a two part, high performance thermal gap filler with 3.0W/mK, desgined for automotive motor thermal management. We had cooperated with customer for half a year, and provided 10kg samples each month. Verifying automotive part was really a long process, XK-S30 exhibits excellent stability of thermal performance with a smooth temperature curve. GLPOLY won the bid finally. GLPOLY thermal gap filler provides benefits of 1.two part packaged, mix ratio ”1:1”by volume. XK-S30 thermal gap filler is ideal for uneven topography, filling intricate voids and gaps, decreasing thermal resistance. 2.Suitable for automated dispensing. Programmable dispensing will save cost, time and improveproductivity. 3.Cured as a thermal gap, easy to remove for repair or maintenance. 4.Fully auomated production helps keep consistency of product. XK-S30 Thermal gap filler had been applied successfully in hybrid vehicle, now it has been proceeding in battery vehicle. With electric vehicle boom, GLPOLY is striving to expand the market share and stay ahead of rivals. GLPOLY thermal management materials help keep battery or motor performing stable and extending battery service life.

Minimum Order: 10 long tons

I received a lot of consultation about Bergquist Hi-Flow 300P from thermal management engineers, “Can you offer it or the alternatives”. Bergquist Hi-Flow 300P are highly reliable, no matter the thermal performance, or electrical properties. We can find many phase change materials too, but the problem is that most of PCM lack of electrical insulation.GLPOLY is the only one released a phase change of XK-C16 with excellent thermal performance and electrical insulation in China. One customer applied a Bergquist Hi-Flow 300P phase change materials to power supply, now they wanted to use a local PCM replacing Bergquist Hi-Flow 300P because of pressure of high cost. But they had tested many local products and found that all samples were unqualified. Power supply applications require excellent thermal performance and electrical insulation at the same time. GLPOLY is practical and realistic about performance of PCM, all parameters are consistent with performance, of course, test result will be the best proof. The end products will be sold in US, there is strict regulations there about electronic products, test must be rigorous too. Testing lasted for six months and test results satisfied customer’s requirement. Both GLPOLY XK-C16 PCM and Bergquist Hi-Flow 300P has a thermal conductivity of 1.6W/mK, but XK-C16 provided a much lower thermal impedance of 0.23℃in2/W, it was two thirds of that of Bergquist Hi-Flow 300P, more important is XK-C16 phase change material offered excellent electrical properties for a withstand voltage of 3.5kV. GLPOLY XK-C16 was the only one that met customer’s application requirement. GLPOLY XK-C16 is a kapton reinforced, high performance, electrical insulation phase change material. When temperature rises beyond phase change temperature, it will soften or liquify and fill intricate voids and gaps fully. When temperature decreases, the liquid material will form into sheet for ease of maintenance. If you can not find appropriate thermal management material , please come to GLPOLY, GLPOLY will design a pioneer and efficient thermal management solution for you to help you design breakthroughs.

Minimum Order: 10 long tons

GLPOLY launched a complete portfolio of thermal interface materials including thermal gap pad,two-part thermal gap filler and two-part thermally conductive structural epoxy adhesive. In recent years, structure of battery pack changes a lot from module to“cell to pack”for increasing energy density. Two-part thermally conductive expoy adhesive is desgined optimize thermal management of “cell to pack” battery pack. This Oct., we received an enquiry from Toyota Tsusho, customer consulted us about a thermally conductive adhesive for “cell to pack” battery pack, requesting a thermal conductivity of 2.0W/mK and a shear bonding strength of 8MPa. GLPOLY thermally conductive adhesive XK-D20 is exactly what they need. The key characteristics of XK-D20 were verified by aging test for 1000hours, like theraml conductivity, tensile strength, shear bonding strength etc. “It seems like that the data sytisfys our design requirements, can we apply for samples for testing?” Customer asked. We provided samples for customer testing in their facility. Reliability test will last for 3 months, we were waiting for test result, we’ll update the information once we get it. GLPOLY thermally conductive adhesive provides benefits: 1.High bonding strength 8MPa, thermal conductivity 2.0W/mK; 2.Deflects under low pressure, accommodates a variety of gap thickness 3.Compatuble with volume, automated dispense process GLPOLY has launched a series of thermally conductive epoxy adhesive with thermal conductivity from 1.0W/mK to 3.0W/mK. Automated production lines were introduced to keep consystance of product. GLPOLY thermally conductive adhesives has been applied in two car-makers for trial already. GLPOLY is a prestigious thermal interface materials manufacturer in China, providing thermal interface materials for many top-class client such as dJI, Sokon Industrial Group, GAC NE Automotive, NIO Automotive and Welling Motor. GLPOLY thermal interface materials help design thermal management solution flexibly and design tomorrow’s breakthroughs.

Minimum Order: 10 long tons

Why can GLPOLY stand out from competition and be applied to military equipments. We are not boasting and flaut ourself, actually we had received certificate of merit from department concerned. The market is deluged with thermal gap pads, common customers can not distinguish high performance thermal pad from bad ones, because they don’t have a special equipment to test and verify what the manufacturers marked. Many peers said that they can produce thermal gap pad with 15.0W/mK or 17.0W/mK of thermal conductivity, most of them falsified. We do not want to belittle peers, but after we tested their product, we got fake information often. one is falsification thermal conductivity, the other one is hgih thermal resistance. Bad performance causes distrust of customer in domestics brand. GLPOLY sticks to principle of integrity, we show customer what it is. The raw materials are imported from Germany and Japan, in order to enhance thermal performance, secondary processing will be proceeded by nanoscale grinder. It will reduce the particle size and increase specific surface area to decrease thermal resistance and improve thermal performance. No one else proceeds like this. Customer requested 5.0W/mK of thermal conductivity at least, when we learned application, we recommended thermal gap pads with 5.0W/mK and 6.0W/mK. Customer satisfied with parameters, but they prefered to test by themselves. When we received product drawing, we prepared and adjust immediately. We delivered sample in three days, customer was surprised that we could deliver sample so quick. GLPOLY introduced digital cutting machine for sampling, it is 5-7 days faster than die-cut by mould. After one-month test, customer satisfied with 6.0W/mK thermal pad, the chief engineer designated GLPOLY as supplier and requested to deliver goods in one week after he got test report. GLPOLY XK-P60 is a low thermal resistance, low hardness thermally condcutive, electrical insulation gap pad. soft and wet-out characteristics will decrease contact thermal resistance and improve heat transfer. Also, it is a environmental-friendly thermal pad with low siloxane by 30ppm, no pollution to components. Entering the field of military and aerospace is a thing that most of suppliers have dreamed of all the time. GLPOLY is the first company to achieve military qualification class in the industry of thermal interface materials. GLPOLY thermal interface materials provides irresistible quality to you, making your devices cool and performing at their best.

Minimum Order: 10 long tons

GLPOLY thermal gap pad has been applied in equipment showd on National Day Parade and EV in four major auto enterprises represented by NIO. For that, we don’t need to falsify parameters. In fact, many thermal pad suppliers provide false data which does not comply with test result. GLPOLY always carried out “seek truth from facts”, focused on heat transfer problem and gave customer the real data. We don’t promise what we can not do. One of our customers selected a thermal gap pad and requested high therma conductivity of 6.0W/mK, thicker thickness. When customer received the offer, they felt the cost is higher than the previous one they used. We still failed to reach agreement over price after repeated communication. As per our experience, the price doesn’t comply with the size of thermal gap pad, we suggested testing the one customer used. When we got the result, we were surprised, the real thermal conductivity is only 1.05W/mK, it was far from the marks on data sheet. Finally, customer selected GLPOLY thermal pad because they found what they really needed. GLPOLY thermal pad has a low silicone content of less than 100ppm, but the peers offered silicone content of more than 500ppm. GLPOLY provides customers with reliable products, without pollution. GLPOLY thermal gap pad features: 1. True data, high performance 2. Silicone content less than 100ppm 3. High reliability proved by the third party GLPOLY thermal pad provides you superior design flexibility for thermal management solution.

Minimum Order: 10 long tons

GLPOLY has always marked the major parameters of thermal gap pad (thermal silicone pad), many of the peers will not do this. There are many thermal gap pad manufacturers in China, but just few of them dedicated to improve the performance in regard of technology. Both thermal conductivity and thermal resistance are crucial to performance of thermal gap pad, 2.0W/mK----5.0W/mK of thermal conductivity is enough for thermal management of consumer electronics, most of manufacturer are able to achieve it. Customers often found that when they bought some thermal gap pads with the some thermal conductivity from different suppliers, they will get different test result. Why? Because they only care about thermal conductivity and ignore the other factor----thermal resistance. Most of manufacturers will not mark thermal resistance on data sheet, you can check it out on their website. Why is GLPOLY willing to mark this critical parameter? Because we are confident that our products provides better performance with a lower thermal resistance. The raw materials are imported from Germany and it is reworked in GLPOLY by nanoscale grinder for reducing particle size and optimizing contact between particles. GLPOLY is the only who does this process. Many customers want to find a substitute for foreign brand such as Bergquist, Laird or Fujipoly, but they can’t get similar result even they use similar thermal gap pad. one of our customer engaged in millimeter wave radar had used Laird thermal pad with 5.0W/mK of thermal conductivity which can decrease temperature from 100 degree to 60 degree. They had tried several brand and found no one can meet their requirements. When they found GLPOLY, we provided thermal silicone pad XK-P50 after we learned application detail and promise that all data are real ones from test. After one-week high temperature aging test, temperature remained at 61 degree. Cuntomer felt surprised and satisfied, because GLPOLY is the only who can met their requirements. GLPOLY XK-P50 is soft, wet-out thermal gap pad which features 5.0W/mK of thermal conductivity and 0.21℃in2/W of thermal resistance. This material can fill and wet out interface, decreasing the thermal resistance. GLPOLY thermal interface materials had been used in weapons whhich showed on National Day Parade. DJI, Huawei and UFI had applied GLPOLY thermal interface materials and no quality complaint issued in 5 consecutive years. GLPOLY delivers irresistible quality thermal interface materials helping you design breakthroughs.

Minimum Order: 10 long tons

GLPOLY 8.0W/mK thermal gap pad helps solve heat transfer problem of powerful electronics. Heat is an unavoidable by-product of electronics operation, especially highly integrated powerful electronic devices. Thermal interface materials is a vital factor to improve thermal management of electronics. In the past years, 6.0W/mK or above high thermal conductivity thermal interface materials were provided by foreign suppliers only. In order to reverse this situation, GLPOLY developed 8.0W/mK and 11.0W/mK thermal interface materials, low oil leakage, low siloxane volatiles, it was really far beyond competitors in China. A 3D printer manufacturer in Austria found us from internet, consulting with me about 8.0W/mK thermal gap pad. He found key parameters were satisfied, but he doubted the truth of data because he met many fake products which marked perfect data. We understood customer’s concern about consistency between data and objective test as we had verified competitors’products before. I made a solemn promise that specification was consistent with test results, furthermore, 8.0W/mK thermal gal pad XK-P80 has been applying to medical equipment already since 2015. Customer wanted to test products by himself, result was the best proof. Customer received samples in five days, and accelerated high temperature aging test(at 150C for 500hrs) was scheduled. When customer finished test 20 days later, he imformed me of test result by email: thermal conductivity was 8.05W/mK, siloxane volatile is less than 0.05%, comparing volatile 0.15% of compettitive products, GLPOLY XK-P80 was perfect. GLPOLY XK-P80 is a high performance, conformable thermal gap pad with a thermal conductivity of 8.0W/mK. This material provides a low thermal resistance resulting in lower component temperature and stress, decreasing component failure. GLPOLY thermal interface materials has been applying to automotive electronics, 5G telecom equipment, auto pilot and radar etc., partnering with dJI, NIO Automotive, Leap Motor, LG, DT Mobile and more. GLPOLY thermal interface materials serves top ten of the industrial players, helps you design devices that run cooler and more reliably.

Minimum Order: 10 long tons

non-dry out, non-curing non-silicone thermal gel, maybe no one can provide except GLPOLY. In the last several years, few of thermal management engineers would intergrate “non-silicone” thermal interface materials in their application due to less referentical cases, silicone based thermal interface materials were priority. GLPOLY was the first thermal interface materials manufacturer that provided diversified thermal management materials including non-silicone materials in China. Non-silicone thermal gel, for instance, there were few choices for customers at present, some suppliers provided y grease instead of non-silicone thermal gel, socking customers’ interests. One customer wanted to intergrat paste material in camera, siloxane volatiles were not allowed due to concerns of optic component atomization. Also customer requested that thermal gel should be non-dry out, non-curing. Taking all the factors, non-silicone thermal gel would be the best solution. They consulted with many suppliers, but they just collected two samples finally because there was just a few choices on non-silicone thermal gel in the market. GLPOLY XK-GN30 was the third one they selected. All samples would be verified for silicone free and high temperature aging test. Three non-silicone thermal gel were approved by siliocne free test. But huge variations was showed up in the high temperature test at 105C for 1000 hours. The temperature of the devices which competing products applied was out of expectation, when they took apart components, they found the non-silicone thermal gel was dry out. Only the one with GLPOLY XK-GN30 applied performed stable. As our discussion and analysis, the competing products were thermal grease, it would dry out under high temperature. In the next month when we attended a fair, we invited customer to visit out booth and leared more about XK-GN30 non-silicone thermal gel, and finally we established business relationship. GLPOLY non-silicone thermal gel is a high performance gap filling material, designed to eliminate siloxane concerns for precise or optic component intergrated devices. This material is compatible with automated dispense process, accommodating a variety of gap thickness. GLPOLY thermal interface materials has been applying to cosumer electronics, military equipment, medical equipment, drone, automotive electronics and EV battery pack, serving top class customers like LG, dJI, GAC NE, NIO Automotive, DT Mobile and more. GLPOLY thermal interface materials provides considerate service for you.

Minimum Order: 10 long tons