Silicon Wafer, Dummy Wafer, Test Wafer, Oxide Wafer, CZ Growth Method, Boron

• Customization: Available
• Application: Semi Standard
• Material: Compound Semiconductor
• Model NO.: 12inch
• Type: P-Type Semiconductor
• Growth Method: CZ
• Crystal Orientation: 100
• Dopant: Boron
• Resistivity: 1-100Ω
• Frront Side: Polished
• Edge: Polished
• Diameter: 300±0.2mm
• Thickness: 775±25μm
• Transport Package: Semi Standard
• Specification: TBD
• Trademark: FSM
• Origin: China
• HS Code: 3818001920
• Production Capacity: 5000PCS/Month

Product Description

Product Description

 

Why Choose FSM?

• Expertise : With a team of seasoned experts and cutting-edge manufacturing facilities, we ensure the delivery of consistently superior quality wafers.
• Wide Range of Products : From high-grade Czochralski (CZ) and Float Zone (FZ) silicon wafers to advanced SOI and durable glass wafers, our extensive selection meets diverse and specific requirements.
• Customization : We excel in crafting custom wafers tailored to your unique specifications, guaranteeing the success of your project.
• Fast Turnaround : Our efficient processes and readily available inventory enable swift delivery, ensuring your projects remain on track.
• Global Reach : We provide worldwide shipping from our expansive China and Japan warehouses, serving a vast clientele in over 50 countries.

Dummy wafers (also known as test wafers) are primarily used for experimentation and testing, distinguishing them from standard product wafers.
Accordingly, reclaimed wafers are predominantly utilized as dummy wafers (test wafers).

Dummy wafers are frequently employed in production devices to enhance safety at the onset of the production process. They are also used for delivery checks and process evaluations.
Given their frequent use in experiments and tests, the size and thickness of dummy wafers are critical factors in most scenarios.

Wafers treated with film deposition are referred to as film wafers.
Examples of films used (film growth) include isolation films for layer separation, metal films for conductivity, and process materials such as resist and protective films.

Product Parameters

 

Reference Values for Optimal Use

Item	Specification
Diameter	150mm	200mm	300mm
Type	P/N	P/N	P/N
Notch	SEMI/JEIDA	Notch/OF	Notch
Thickness(μm)	675±25/625±25	725±25	725±25
Surface	Polished	Polished	Polished
Inside	Etched	Etched	Etched
Package	CoinRoll	CoinRoll	CoinRoll

 

150MM/200MM Premium Test Wafer

150MM
SPEC	0.2um≤30ea
Diameter(mm)	150±0.2mm
Type	P
Olyfra length	57.5mm±2.5mm	47.5mm±2.5mm
Resistance value ( Ω·cm )	1-100
Thickness(μm)	SEMI	JEIDA
	675um±25um	675um±25um
TTV(μm)	≤30um
BOW(μm)	≤40um
WARP(μm)	≤40um
Surface impurity	≤5.0E 10 atom/cm²

 

200MM
SPEC	0.2um≤30ea	-
Diameter(mm)	200±0.2mm
Type	P
Crystal orientation	<110>±1
Notch direction
Resistance value ( Ω·cm )	1-100
Thickness(μm)	725um±25um
TTV(μm)	≤25um	≤2um
BOW(μm)	≤40um
WARP(μm)
LM	NO
Surface impurity	≤5.0E 10 atom/cm²

 

300MM High-Precision Test Wafer

300MM
SPEC	0.045um≤50ea	0.065um≤50ea	0.09um<50ea	0.12um<50ea
Manufacturing method	CZ
Diameter(mm)	300±0.2mm
Type/Dopant	P/Boron
Crystal orientation	<100>±1
Notch direction
Resistance value (Ω·cm)	1-100
Thickness(μm)	775±25
TTV(μm)	≤10
BOW(μm)	≤40
WARP(μm)
LM	T7+ OCR
Surface impurity	<1 E10 Atoms/cm²

 

200MM/300MM Superior Oxide Wafer
 

	200MM	300MM
Oxide thickness	500±25nm
Variation in oxide thickness (for one wafer)	<3%
Variation in oxide thickness (for multiple wafers)	<3%
SPEC	0.2μm≤30ea
Diameter(mm)	200±0.2mm	300±0.2mm
Type	P
Crystal orientation	<100>±1
Notch direction	<100>±1
Resistance value (Ω ·cm)	1-100
Thickness(μm)	725±25
TTV(μm)	≤25	≤10
BOW(μm)	≤40
WARP(μm)	≤40
Surface impurity	≤5.0 E10 Atom/cm²	<1 E10 Atoms/cm²

 

* For inquiries on additional film types, thickness, and compositions, please get in touch with us.

At Fine Silicon Manufacturing (Shanghai) Ltd., we pride ourselves on offering top-tier silicon wafers at highly competitive prices. Our silicon wafers are the industry standard, known for their exceptional balance of cost-effectiveness and high performance.

Whether you seek silicon wafers for immediate purchase or wish to buy online, our inventory includes SEMI standard silicon wafers in diameters of 2", 3", 100mm, 125mm, 150mm, 200mm, and 300mm, all available for rapid shipping.

For custom wafer sizes or specifications beyond our standard offerings,to meet your unique semiconductor wafer needs, utilizing our extensive supply chain partnerships.

Certifications

Packaging & Shipping

Company Profile

 

Fine Silicon Manufacturing(Shanghai) Ltd. was established in August 2008. Nestled in the heart of Shanghai's burgeoning Pudong New Area, we proudly operate a state-of-the-art wafer reclaim factory. Our primary focus is the meticulous lapping and polishing of 6-12 inch wafers, boasting an impressive capacity of 50K PCS/month. Additionally, we serve as a distinguished agent for particle-controlled test wafers reclaim, advanced wafer film coating, and precision wafer thinning services. For more information and to explore seamless collaborations, please CONTACT US at your earliest convenience.

 

 

Our Advantages

FAQ

 

Q: What are the available shipping methods?
A: We offer a variety of shipping options including DHL, FedEx, ***, UPS, EMS, and SF Express.
Q: What payment methods do you accept?
A: We accept T/T and PayPal payments and other convenient payment methods.
Q: What is the delivery time?
A: For items in inventory, the delivery time is typically within 5 working days.
For customized products, the delivery time ranges from 7 to 25 working days, depending on the quantity ordered.
Q: Is it possible to customize the products according to my needs?
A: Absolutely! We can tailor the material, specifications, and optical coatings of your optical components to meet your precise requirements.

Each customer's specifications are unique, and Fine Silicon Manufacturing (Shanghai) Ltd. can provide wafers that meet your exact needs.

If you don't see the specifications you need, please

to speak with a member of our experienced and knowledgeable sales team.