Data is LOCTITE’s Currency: Their Commitment to Continuous Improvement in 3D Printing Materials
Discover how LOCTITE's commitment to rigorous testing and continuous improvement of their Technical Data Sheets for photopolymer resins empowers 3D printing professionals to achieve reliable, high-quality prints with confidence.
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In the rapidly evolving world of 3D printing, repeatability and reliability are paramount. Manufacturers rely on technical data sheets (TDS) to ensure the success of their 3D printing projects. Loctite, a trusted name in adhesive and sealing solutions, understands that reliable supporting data is as essential as high-performance 3D printing materials. That's why Loctite continues to invest heavily in tests and measurements to provide reliable data and develop the best-in-class TDS. These data sheets include but are not limited to material properties like Tensile, Elongation, Modulus, HDT, UV Aging, Heat Aging, Water Absorption, Thermal Conductivity, Dielectric Strength, and even Chemical Resistance.
The investment goes beyond merely generating numbers and charts; it's about following the highest engineering ASTM standards and practices to capture most accurate and relevant information to help users make informed decisions about which photopolymer 3D printing material to choose for their specific applications. Loctite recognizes the need to adapt to the ever changing landscape of 3D printing, hence these data sheets are living resources that undergo continuous improvement and expansion. The scientists and engineers at Loctite work tirelessly to refine and expand the data they provide and are able execute on this by leveraging the global lab capabilities of its parent company Henkel.
The TDS is a dynamic document that evolves to include valuable insights into factors such as material properties, curing times, and post-processing requirements. A great example of this being the High Temp Loctite 3D IND147 material with its TDS guiding the user from storage through a post-printing heat treatment.
This data-rich resource helps users achieve optimal results with Loctite's 3D printing materials, ensuring that they can create high-quality, reliable prints every time. The data illustrated on the TDS are not simply aspirational or best possible case in lab type scenarios. These material properties are achievable by following Loctite’s published validated print settings. Loctite 3D 3843 an ABS-like engineering resin is validated on 17 different printers at the time of this article being published.
Furthermore, Loctite recognizes that 3D printing is a technology that is constantly evolving. As new innovations and techniques emerge, the company is quick to incorporate this knowledge into its TDS. By staying at the forefront of 3D printing technology, Loctite ensures that its customers have access to the latest information and materials, empowering them to keep pushing the boundaries of what is possible with 3D printing.
Loctite's approach to TDS is a testament to its customer-centric philosophy. By providing a wealth of accurate and up-to-date data, the company empowers its customers to make informed decisions, reduce trial and error, and minimize waste. Loctite understands that data is not just numbers on a page; it's the key to unlocking the full potential of 3D printing.
About LOCTITE
LOCTITE Additive Manufacturing delivers unique photopolymers with production capability, customized resins and engineering services to identify the best application to address your needs. With a constantly growing portfolio of high-performance materials, specialized equipment and post-processing solutions, LOCTITE overcomes the limitations of conventional 3D printing to enable additive manufacturing for the production of durable, functional parts. Through its strategic partnership with technology leaders for specialized equipment, LOCTITE is driving the adoption of 3D printing beyond prototyping and toward the production of final parts. (www.LoctiteAM.com)
