Problem & Lösung

Praktische Antworten auf häufige Herausforderungen mit Kunststoffmaterialien

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Q

ABAK flame retardant modification

A

ABAK flame retardant modification is a prerequisite for electronic and electrical applications; compatibility and dispersion are the technologies; testing ensures the rating.; After confirming effectiveness, fix the parameters and practices into the work instructions to prevent recurrence

Material Analysis ABAK；flame retardant；V-0；flame retardant；compatibility；dispersion

Q

ABAK glass fiber reinforcement

A

ABAK glass fiber reinforcement is a performance upgrade path; dispersion and surface are the challenges; process adaptation ensures quality.; After confirming effectiveness, fix the parameters and practices into the work instructions to prevent recurrence

Material Analysis ABAK；glass fiber；reinforcement；rigidity；floating fiber；dispersion

Q

ABAK flowability management

A

ABAK flowability and compatibility trade off against each other; optimized compatibilizer dosage is the key; grades and processes compensate for flowability.; After confirming effectiveness, fix the parameters and practices into the work instructions to prevent recurrence

Material Analysis ABAK；flowability；compatibilizer；viscosity；grade；temperature

Q

Pulse effect periodic density variation appears in PTFE sintered parts

A

The essence of uneven density is inconsistent distribution or densification of the material during the '2079851475616104453; it is necessary to optimize the feeding method and pressure transmission.

Material Analysis density，PTFE，sintered parts occurrence，pulse effect

Q

Density stratification rings appear in centrifugal casting (annual ring patterns)

A

The essence of uneven density is inconsistent distribution or densification of the material during the '2079851475616104453; it is necessary to optimize the feeding method and pressure transmission.

Material Analysis density，centrifugal casting，casting

Q

Post-curing cracking

A

The core of curing abnormality is that the rate and degree of the crosslinking reaction deviate from the optimal window. The adjustment idea is the "three-element method": formulation (precise metering of catalyst/curing agent), temperature (precise control of mold and material temperature), and ...

Material Analysis draft angle mold polishing holding pressure cooling time release agent

Q

Low-temperature embrittlement of the product

A

The essence of embrittlement is that the material toughness reserve drops to a level that cannot meet the use requirements. The key to control is the "three temperatures" — processing temperature (avoid excessively high degradation), drying temperature (avoid excessively low residual moisture and...

Material Analysis embrittlement thermal degradation drying conditions recycled material ratio impact strength

Q

Insufficient tensile strength

A

The core cause of insufficient mechanical properties is insufficient material bonding or degradation, and the sintering/curing process needs to be optimized and the raw material quality controlled.

Material Analysis sintering temperature polymerization powder

Q

Fibers lifted when tearing off process peel ply

A

The essence of interlayer separation problems is insufficient interface bonding force, requiring systematic improvement from three aspects: impregnation quality, interlayer cleanliness, and process parameters.

Material Analysis fiber fibers lifted when tearing off process peel ply process optimization

Q

Improper raw material temperature (foaming power affected by temperature)

A

Temperature control is a key parameter of the foam '2079851475616104453; it is necessary to ensure that the temperature is accurate, uniform, and stable to guarantee product quality consistency.

Material Analysis density viscosity heat release cells

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