High-Temperature High-Strength Polycarbonate: Additive and Process Tuning That Beats Standard PC
Polycarbonate gets called tough and clear, and usually it is. But the grades sitting in most injection molding shops have a limit. Make[…]
TPEE vs TPV vs SBS vs SEBS: How to Choose the Right TPE Toughener
You want to toughen a plastic, and a thermoplastic elastomer (TPE) is on the table. Fair enough, but it is a different game[…]
PP-g-MAH Grades Explained: Reactive Extrusion vs High-Flow vs Wax vs Homopolymer vs Copolymer
If you formulate polypropylene compounds, you have reached for maleic anhydride grafted polypropylene before. It is the quiet workhorse that keeps a lot[…]
Why Some Polycarbonate Grades Resist Sunlight While Others Fail
Polycarbonate is one of those materials engineers reach for when a part has to be clear and tough at the same time. Stick[…]
PTFE Molded Part Tolerances: Realistic Dimensional Capability and How to Spec Them
If you’ve ever tried to hold a tight tolerance on a PTFE part, you already know the frustration. PTFE, the stuff most people[…]
PEF Bio-Based Polyester: The Low-Carbon Alternative Reshaping Packaging and Textiles
Every so often a material turns up that gets both the engineers and the sustainability people excited at the same time. Polyethylene furanoate,[…]
How Waste PVC Plastic Becomes High-Performance Lubricant: A New Upcycling Method
The world makes something like 60 million tons of polyvinyl chloride every year. PVC, if you prefer the chemical name. It is the[…]
High-Speed CCL Upgrades Are Raising the Bar for Spherical Silica Powder
The story making the rounds in advanced-materials circles is simple on the surface: AI servers are boosting demand for electronic materials, and spherical[…]
Bacterial Cellulose Makes Biodegradable PEGIS Elastomers 5x Stronger and Still Compostable
Rubber is everywhere. It seals our pipes, cushions our shoes, grips our tires, and forms the soft valves inside medical devices. Most of[…]
Itaconic Acid: The Bio-Based Alternative to Fossil Acrylates
Quick answer: Itaconic acid is a five-carbon dicarboxylic acid made by fermenting sugar with fungi. It has one radically polymerizable terminal alkene and[…]