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JLC3DP Clarifies PLA’s Practical Heat Resistance Limit for 3D Printing at Below 50-60°C, Recommends High-Performance Materials for Elevated Temperatures
JLC3DP China Overview JLC3DP has released guidelines on the heat resistance of PLA, a common 3D printing material. While PLA softens around 55-65°C and melts at 150-180°C, sustained high-load applications should avoid temperatures exceed... -
JLC3DP Specifies PLA Heat Resistance Limit at 55-65°C, Recommends PETG, ABS, PEEK for Applications Above 50-60°C
JLC3DP China Overview JLC3DP has released a detailed guide on the heat resistance of PLA (Polylactic Acid) in 3D printing, clarifying that its rigidity typically begins to degrade around 55-65°C. Despite a melting point of 150-180°C, thi... -
3D Printing Engineering Filaments Diversify from PETG to PC, Polymaker Introduces New Product for Enhanced Industrial Applications
All3DP USA Overview The 2026 3D printing market showcases a diversification of high-performance engineering filaments, ranging from PETG to Polycarbonate (PC), addressing demands for durability and functionality. This guide elaborates on... -
Jenniferoom’s JR-HB0500 Blender Adopts Diverse High-Performance Polymer Materials Including Polycyclohexane-1,4-dimethylene Terephthalate, ABS, and Fluororesins
コストコ コリア South Korea Overview Jenniferoom's JR-HB0500 blender utilizes an array of high-performance polymer materials for its body and container, including polycyclohexane-1,4-dimethylene terephthalate (PCT-G), polypropylene, acry... -
Trillium Renewable Chemicals Inaugurates ‘Project Falcon’ Bio-Acrylonitrile Production Demo Plant
Investment Reports USA Overview Trillium Renewable Chemicals has completed construction and begun commissioning its 'Project Falcon' demonstration plant for producing bio-based acrylonitrile from biomass. This plant represents a signific...
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