The following selections focus on 6 inch silicon wafers and related packaging, carriers, and accessories that help protect, transport, and inspect wafers in labs and production environments. This guide highlights practical, device-grade options from reputable brands to support accurate handling, contamination control, and reliable sample management. Each entry includes quick details to help compare value, usability, and compatibility for common 6 inch wafer workflows.
| Product | Brand | Key Use | Package Type |
|---|---|---|---|
| Ruiysion Silicon Wafer Box – 6 inch Single Wafer Carrier Box | Ruiysion | Shipping and storage of 6″ wafers | Container + Cover + Spring |
| 6″ or 150mm Single Wafer Carrier (Pack of 10 pcs) | BROWNIAN MOTION TECHNOLOGY | Carrier for 6″ wafers and substrates | Snap-on lids, screw-on style |
| 6″ or 150mm Single Wafer Carrier (Pack of 5 pcs) | BROWNIAN MOTION TECHNOLOGY | Carrier for 6″ wafers, lab/education use | Pack of 5, screw-on lids |
| Silicon Wafer Paper (6 inch) Tyvek Packing | Ruiysion | Protective packing, anti-static isolated paper | 100 sheets per pack |
| Alpha Nanotech Prime-Grade 6” Silicon Wafer (Qty: 1) | Alpha Nanotech Inc. | Prime-grade silicon wafer for research and prod | 1 wafer per package |
Ruiysion 6 Inch Wafer Box: Safe Transport and Storage
The Ruiysion 6 inch wafer box is designed to protect precision wafers during shipping and storage. It includes a container, cover, and a spring mechanism to help prevent damage and contamination. Made from polypropylene, this 100-class cleanliness package is tailored for 6″ wafers, offering a compact solution for laboratories and small-scale production environments. Users benefit from a simple, stackable design that reduces particulate exposure and maintains wafer integrity during handling and transport.
6″ or 150mm Single Wafer Carrier (Pack of 10)
This option offers a bulk set of 10 single wafer carriers with screw-on lids, designed for 6″ or 150mm circular substrates. Ideal for universities, research labs, or early-stage fabs, the carriers provide a secure, reusable method for transporting wafers between workstations. The screw-on lids help prevent contamination and minimize wafer handling errors during interim storage and sample exchange.
6″ or 150mm Single Wafer Carrier (Pack of 5)
This 5-pack of single wafer carriers is another economical option for labs handling multiple wafers in parallel. With screw-on lids, the design emphasizes ease of use while maintaining wafer cleanliness. Suitable for academic labs and test centers performing R&D on silicon substrates, SiC, or sapphire materials, these carriers help streamline sample management across multiple experiments.
Silicon Wafer Paper – Tyvek 6 Inch Packing Paper
Ruiysion’s Tyvek-based 6 inch wafer packing paper provides antistatic protection and isolation for silicon wafers. The paper is designed to be customized for different wafer sizes from 3 to 12 inches and features surface resistance consistent with clean production environments. It’s vacuum-sealed for 100-class cleanliness and is suitable for protective wrapping during shipment or short-term storage, helping to reduce surface charge buildup that can attract dust and particles.
Alpha Nanotech Prime-Grade 6” Silicon Wafer (P-Type)
Alpha Nanotech’s Prime-Grade 6″ silicon wafer is a P-type doped wafer with boron, classified as CZ Virgin and oriented at 100. This wafer type is typically used in high-purity, research-grade experiments and device prototyping where precise electrical characteristics are essential. The Prime grade designation indicates strict quality controls and minimal impurities, aligning with demanding semiconductor research and development workflows.
6″ Wafer Emerald Green Variant
This 6″ wafer in emerald green finish is a visually distinctive substrate, designed for display or demonstration purposes in addition to educational contexts. It is described as high-quality silicon and is suitable for showcasing wafer geometry, surface features, or educational demonstrations of integrated circuit concepts. It serves as a reference piece in teaching labs, engineering classrooms, or display environments where a tangible wafer sample is beneficial.
Alpha Nanotech Prime-Grade 6 Inches (Qty: 1)
This Prime-Grade 6″ wafer from Alpha Nanotech Inc. comes in a single-wafer package and continues the Prime lineage with stringent purity and consistency expectations. The product suits laboratories pursuing high-precision device fabrication prototyping, sensor testing, or academic inquiries into wafer-level phenomena. The single-wafer format emphasizes careful handling and measurement fidelity, aligning with research-grade semiconductor workflows.
Buying Guide: Key Purchase Considerations
- Wafer compatibility: Confirm the wafer diameter (6″ / 150 mm) and substrate type (silicon, SiC, sapphire) to ensure fit with carriers, boxes, and packaging papers.
- Contamination control: Look for products rated for cleanroom or 100-class cleanliness where applicable, and choose antistatic materials or shielded containers to minimize particle ingress.
- Protection during transport: For carriers and boxes, select screw-on lids or secure closures to prevent wafer movement and impact damage during handling and transit.
- Material and durability: Polypropylene and Tyvek-based packing papers offer durability and chemical resistance; verify compatibility with your storage conditions and any cleaning protocols.
- Storage and stacking: Consider modular, stackable packaging to maximize space in cabinets or gloveboxes while maintaining wafer integrity.
- Quality and traceability: Prioritize prime-grade wafers or virgin-grade supplies for reliability in experiments and FCC-compliant testing where relevant.
- Documentation and labeling: Ensure packaging includes space for labeling and traceability information to support inventory control and QA records.
- Cost and volume: For labs with high throughput, compare bulk carrier sets vs single-wafer packs to optimize total cost per wafer while meeting throughput needs.
- Special use cases: For demonstration or educational settings, glass-like display wafers or visually distinct finishes (such as emerald green) can aid teaching while still serving as reference samples.
When selecting among options, balance practical handling features with purity and contamination control requirements. For academic labs, a mix of carriers for daily handling and anti-static packing papers can support routine sampling, while Prime-grade wafers are preferable for high-precision experiments and prototyping. For industrial labs and early-stage fabs, durability, consistent lid closures, and standardized packaging help maintain wafer quality across shifts and facilities.
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