Price 10000 आईएनआर/ Number

मूल्य/उद्धरण प्राप्त करें

MOQ : 01 , , Number

मापने की सीमा
Layer thickness from monolayer to multilayer

साइज
Custom wafers and substrates

मटेरियल
Graphene

उपयोग/अनुप्रयोग
Research, Electronics, Sensors, Photonics, RF Devices

अंतरफलक
Service includes design and integration

तापमान
Process compatible up to 300°C

वोल्टेज
Process variable, depends on device requirements

चालित प्रकार
Wafer-based fabrication

वज़न
Depends on substrate and layers

फ़्रिक्वेंसी
Supports GHz range for RF applications

Minimum Order Quantity
01 , , Number

भुगतान की शर्तें
पेपैल

आपूर्ति की क्षमता
5 प्रति दिन

डिलीवरी का समय
25 दिन

पैकेजिंग का विवरण
एक डिब्बे में सील पैक

मुख्य घरेलू बाज़ार
ऑल इंडिया

Experience the redoubtable excellence of GFAB - Graphene Foundry Service, India's grandiose solution for cutting-edge research and industry. We proudly offer special rate featured services and truly competitive pricing on 99.9% pure graphene, achieving valorous uniformity across SiO2/Si, sapphire, and flexible polymer substrates. Benefit from monolayer to few-layer thickness control, advanced wafer preparation, and full customization for contacts, patterns, and device structure. We support pilot to mass production, delivering as-fabricated wafers, patterned chips, or diced samples-all with technical consulting and seamless device integration.

GFAB Graphene Foundry Service: Plant Applications & Advantages

GFAB leads the way in plant applications by offering wafer-based graphene suitable for electronics, photonics, and RF devices. Our advantages include high layer uniformity, ultra-clean surfaces for optimal device integration, and scalable production from pilots to mass manufacturing. Special features like customization, MEMS/CMOS compatibility, and precision thickness control make GFAB a premier choice for manufacturers seeking innovative materials. These capabilities empower breakthrough research as well as large-scale industrial deployments.

Sample Access, Delivery & Certification: Value-Driven GFAB Solutions

GFAB provides sample availability upon request, ensuring valuation of material quality before bulk orders. Delivery time is prompt, with secure shipping processes safeguarding every purchase order. Each batch is accompanied by certifications verifying 99.9% graphene purity and layer uniformity. With customizable ordering, GFAB balances rapid turnaround with rigorous documentation-making it easy for distributors, manufacturers, and suppliers to seamlessly integrate high-quality graphene into their value chains.

FAQ's of GFAB - Graphene Foundry Service:

Q: How can I customize my graphene order through GFAB?

A: Customers can specify substrate type (SiO2/Si, sapphire, or flexible polymers), thickness (monolayer to few-layer), patterns, contacts, and device structures. GFAB's team consults clients for tailored process development and integration.

Q: What are the main applications of GFAB graphene?

A: GFAB graphene is ideal for research, electronics, sensors, photonics, and RF devices, thanks to its high uniformity, purity, and compatibility with MEMS, CMOS, and hybrid integrations.

Q: When will my order be delivered after purchase confirmation?

A: Delivery timelines depend on the order's complexity and volume. Standard lead times are communicated after the purchase order is placed, with most samples shipped securely within a few weeks.

Q: Where does GFAB source its substrates and ensure graphene purity?

A: GFAB sources premium substrates from trusted suppliers and maintains 99.9% graphene purity through advanced manufacturing controls and certifications provided with each shipment.

Q: What is the process for obtaining a sample and validating its quality?

A: Simply request a sample during inquiry; GFAB will ship it securely, complete with documentation for certification and evaluation, allowing you to verify material suitability before larger orders.

Q: How does GFAB ensure device integration and compatibility?

A: The service involves meticulous surface preparation and provides consulting to assist with MEMS, CMOS, and hybrid system integration, ensuring seamless adoption in established manufacturing lines.

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