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4-inch Wafer Cassette - Nature PP

- Lightweight PP construction ideal for in-fab transfer
- Compatible with automation and cassette-standard tools
- Available in multiple colors to facilitate process identification
- Available in multiple materials to cope with different requirements for chemical resistance
- Moderate temperature resistance material

Description

Optimized for robotic wafer loading and unloading in clean environments

Wafer cassettes, also known as wafer boats, are used for safe wafer handling during semiconductor manufacturing. Suitable for in-fab transfers and short-term storage, they are molded from polypropylene for durability, with options in natural or conductive materials. Designed to fit wafers of a single size, these cassettes enable precise automation alignment, prevent contamination, and improve process efficiency. There are many different materials for wafer boats to choose from, perfect for applications from general wafer handling to thermal processing, depending on the different properties of the application materials. They can be combined with wafer storage boxes to ensure complete wafer protection during transport and storage.

Reference Materials

  • Hiner-pack® 4-inch Wafer Cassette-Nature PP.pdf

    525 kB

Application

Holding and organizing wafers during cleaning, drying, and inspection

Transport of wafers between cleanroom processes

Storage of wafers in standard fab equipment racks

Cost-effective solution for general wafer handling needs

Specifications

BASIC INFORMATION
Part NumberCollocation ReferenceWafer Size
MCS-4/25-NP--4"/100 mm
MetarialMaximum CapacityColor
PP25Transparent
Delivery TimeUsually 2-3 weeks, depending on order quantity

* For more sizes or customization needs, please contact our team. We offer one-stop packaging solutions for your products.

TECHNICAL DATA
PROPERTYTEST METHODRATED VALUES
DensityISO 11830.9 g/cm³
Melt IndexISO 113315 g/10min
Melting PointDSC146°C
Distortion TemperatureISO 7595°C
Vicat softening temperatureISO 306125°C
Tensile Strength at YieldISO 527280 kg/m²
Tensile Elongation at BreakISO 527300 %
Rockwell hardness R scaleISO 203998
Tensile Strain at BreakISO 527-2 (50mm/min)10 %
Flexural ModulusISO 17810500 kg/m²
Flow ShrinkageFPC Method1.3~1.7 %
LZOD Impact StrengthISO 180/23°C
ISO 180/-20°C
6 kg.cm/cm
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* The above data are typical laboratory values and are only used as a reference, not as a guarantee for quality indicators or any other use.

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