Author name: Chuangbo

PBAT foam beads are suitable for lightweight cushioning, molded packaging and related bead-foam products. Before an extrusion line is specified, the bead specification must be clear: density, particle size, cell structure, surface condition and downstream processing method. These product requirements set the direction for material selection, process development and continuous SC-CO₂ foam extrusion line design. […]

Thermoplastic UD tape supports lightweight composite structures that need strength and stiffness along defined load paths. Continuous fibers provide directional reinforcement, while the thermoplastic matrix enables heating, consolidation, and further forming. Material compatibility, impregnation quality, tape consistency, and the requirements of the finished part all influence final composite performance. What Is Thermoplastic UD Tape? Thermoplastic

Choosing a fluoropolymer compounding and pelletizing line starts with your production goal, not with a machine model. Projects involving FEP, PFA, PVDF and ETFE can differ in material form, output target, pellet requirements and plant conditions. Chuangbo can turn an initial material or product brief into a practical line concept. Quick Selection Checklist Your question

Quick Answer: Fluoropolymer compounding is not conventional twin-screw extrusion with higher heater settings. FEP, PFA, PVDF and ETFE can require different control of heat input, residence time, melt conveying, corrosion resistance, volatile removal and pelletizing. The line must be configured around the resin and production target. Chuangbo develops fluoropolymer compounding systems from this material-first starting point. Not

An LFT-G extrusion line (“G” for granules) converts thermoplastic resin and continuous fiber rovings into long-fiber reinforced pellets through a continuous process. It combines a resin-melt path with a continuous-fiber path; the two materials converge in the impregnation die before the composite strands are cooled, pulled, cut, and screened. The required resin, fiber package, fiber content,

Automotive, appliance, electrical, and industrial parts increasingly need to reduce weight without sacrificing stiffness, impact performance, or service life. LFT-G provides a pellet-based route for molding reinforced thermoplastic components where conventional short-fiber compounds may not deliver the required structural balance. It is particularly relevant to complex injection-molded parts, but successful use depends on material selection,

Synthetic rubber leaves polymerization carrying water, residual solvent, unreacted monomer, and other low-molecular compounds. These are not foreign contamination, but a direct result of how the rubber is made. Left in the material, they create real problems in downstream processing and in the final product. Dewatering and devolatilization are the two post-treatment steps that remove

PLA foam is one of the most commercially significant biodegradable foam materials now moving from development into industrial production. For manufacturers evaluating entry into compostable packaging, sustainable insulation, or biodegradable bead foam markets, the opportunity is real—but so are the processing demands. Why the Timing Is Right EPS bans are now in force across major

Foam can be made in several fundamentally different ways. The method chosen determines not just production speed and cost, but the physical structure of the foam itself and whether it can be made consistently at scale. Extrusion foaming is one of three mainstream routes to thermoplastic foam, alongside batch (autoclave) foaming and injection foam molding.

PET foam has quietly become one of the most important structural materials in modern manufacturing. Lightweight, strong, fully recyclable, and processable at industrial scale, polyethylene terephthalate (PET) foam is moving from niche composite applications into mainstream industries including wind energy, transportation, cold-chain logistics, and construction. This article explains what PET foam is, why it outperforms