About DeepMaterial
Shenzhen DeepMaterial Technologies Co., Ltd is an innovative company specializing in adhesives for semiconductor and electronic applications and surface protection materials for chip packaging and testing.
We’re a professional uv cure adhesive glue manufacturer and supplier,manufacturing uv cure acrylic adhesive,uv cure anaerobic adhesive,uv cure cyanoacrylate adhesive,uv cure silicone adhesive,uv cure epoxy adhesive,uv cure polyurethane adhesive,uv curable pressure sensitive adhesive,uv curable conformal coating,uv curing potting compounds,uv curing encapsulants,uv cured epoxy potting and so on for metal,plastic,glass and rubber bonding solutions.
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UV Curing Adhesives
UV light cure have a number of benefits making them a popular choice among many product assembly and manufacturing applications. Many UV light cure adhesives can provide a nearly instantaneous bond to difficult substrates like glass and plastic. UV cure adhesives often require an accelerator or UV light for a bond to form.
Liquid Products & Solid Solutions
We pride ourselves on meeting customer needs and have delivered 99.4% of orders on time in the last 5 years. We constantly pursue innovation and have seen great success in many sectors with our new power adhesives. Solving what once was a notoriously hard problem for designers and engineers alike, allowing them to use cheaper, more readily available materials and making them more profitable in the process. More…
Are there notable applications in construction and infrastructure?
In the domain of construction and infrastructure, the deployment of fast curing adhesives has emerged as a transformative force, revolutionizing the efficiency and durability of various building processes. Their rapid setting times and exceptional bonding capabilities have become integral to expediting construction timelines while ensuring robust structural integrity across diverse projects.
Material Bonding
In contrast, adhesives can provide multiple benefits as an alternative to the traditional methods. For example, liquid adhesives can flow and conform to the shape of the bond area to fill gaps. They typically provide strong bonds. It comes in multiple formats providing design and production flexibility. In addition to formats, adhesives come in a variety of strengths to match a wide range of substrate and design needs. More…
UV Cure Adhesives
UV cure adhesives have revolutionized industries with their quick and efficient curing process, offering unmatched versatility in various applications. This page is your go-to resource for everything related to UV cure adhesive, providing insights, recommendations, and answers to your burning questions. More…
What types of polymers are commonly used in UV-curing encapsulants?
UV-curing encapsulants, used for encapsulating electronic components, LEDs, and other sensitive devices, often consist of polymers that can be cross-linked rapidly under ultraviolet (UV) light. These polymers provide the enclosed components protection, insulation, and mechanical support. Common types of polymers used in UV-curing encapsulants include:
UV Curing Adhesive Applications
Explore the following sections to gain insights into the technology, applications, and various aspects of UV cured epoxy potting. From disk drives to semiconductor manufacturing to automotive electronics to displays to printed circuit boards our comprehensive line of UV curing epoxies, acrylates, urethanes are leading the way in reducing labor/assembly costs. These products can be conveniently dispensed manually/automatically and require little manufacturing space. More…
DeepMaterial Industrial Adhesive Pruducts
Deepmaterial is a the manufacturer of epoxy adhesives including hardeners, metalbond, and metal filled resins. Structural, toughened medium viscosity, and non-sag adhesives are also offered. Some adhesives are resistant to thermal shock, chemical, vibration dampening, and impact. Suitable for metals, plastics, wood, and ceramics.
Adhesive Blogs & News
The latest adhesive industry science and technology, Deepmaterial news, and market trends and forecasts.
A Comprehensive Analysis of Environmental Requirements for UV Adhesives Used in Touch Screens
A Comprehensive Analysis of Environmental Requirements for UV Adhesives Used in Touch Screens With the rapid advancement of technology, touch screens, as critical interfaces for human-computer interaction, are widely used in various electronic devices such as mobile phones, tablets, and automotive cockpits. As a key material in touch screen manufacturing, the environmental performance of
In – depth Analysis of the Curing Mechanism of UV Adhesives for Touch Screens
In – depth Analysis of the Curing Mechanism of UV Adhesives for Touch Screens Touch screens have become a key human – machine interface in modern electronic devices, ranging from smartphones and tablets to wearable devices. The performance and reliability of touch screens largely depend on the bonding of various components, and UV adhesives, as
How to Select Suitable UV Adhesives for Touch Screens
How to Select Suitable UV Adhesives for Touch Screens Touch screens have become a critical human-machine interface in modern electronic devices, widely used in smartphones, tablets, smartwatches, industrial control panels, and various other products. UV adhesives, or ultraviolet-curing adhesives, play a pivotal role in touch screen manufacturing due to their fast curing, high bonding strength,
In – depth Analysis of the Main Characteristics of UV Adhesives for Touch Screens
In – depth Analysis of the Main Characteristics of UV Adhesives for Touch Screens In the manufacturing of modern electronic devices, the touch screen serves as a crucial component for human – machine interaction, and its performance and quality are of utmost importance. As a key material for effectively bonding various components of the touch
The Quantitative Influence of Crosslinking Density on the Flexibility and Hardness of Adhesives and the Formulation Optimization Strategy
The Quantitative Influence of Crosslinking Density on the Flexibility and Hardness of Adhesives and the Formulation Optimization Strategy This article systematically expounds the quantitative relationship between the crosslinking density and the flexibility and hardness of adhesives. Combining the theories of polymer physics with experimental analysis methods, it reveals the mechanism of the action of the
Technical Strategies for Balancing the Rapid Curing Property and Long Operating Time of UV Adhesives
Technical Strategies for Balancing the Rapid Curing Property and Long Operating Time of UV Adhesives UV adhesives have been widely used in many fields such as electronics, optics, and medicine due to their advantages of rapid curing, high bonding strength, and environmental protection. However, their rapid curing property also brings challenges in some application scenarios.