GuangDong Zhongzai Electronic Technology Co., Ltd.
                                                                                                           
Verified Supplier
9 Years
Since 2017
Menu

SOT723MT Embossed Carrier Tape Anti Static AP2 Material Impact Resistant

Price Negotiable
Price: Contact sales for details
MOQ: One pallet
Delivery Time: 7 work days
Brand: Zhongzai
Product Description

The SOT723MT Black Anti Static Carrier Tape is developed for compact SOT723MT electronic component packaging, storage protection and SMT automatic feeding. Produced from AP2 anti static material, this carrier tape helps reduce electrostatic influence during component handling, reel packaging, transportation and production transfer. The black carrier tape appearance provides clear visual contrast, helping operators check cavity forming, component seating and tape orientation during packaging and inspection.

This product uses an 8 mm x 1020 m per roll specification, making it suitable for automatic packaging lines and SMT feeder applications. The pocket dimensions are A0 1.32 mm, B0 1.40 mm and K0 0.52 mm. This compact cavity structure is designed for SOT723MT components that require accurate pocket support and stable placement. The formed pocket helps keep each component separated and properly positioned during winding, warehouse storage, long-distance shipment and machine feeding, reducing the risk of displacement or handling damage.

The SOT723MT carrier tape is suitable for electronic component encapsulation, warehouse stock protection, long-distance transportation, SMT automatic placement feeding, component sorting and secondary repacking. It can be used by semiconductor component manufacturers, electronic packaging suppliers, distributors and SMT assembly factories. The AP2 anti static material classification makes it suitable for sensitive SMD components that need controlled packaging conditions before final assembly.

GuangDong Zhongzai Electronic Technology Co., Ltd. provides carrier tape products for electronic component packaging needs. Customers can discuss suitable tape selection according to component model, pocket dimensions, material requirement, roll format and actual packaging process. Compared with larger SOT carrier tape designs, this version focuses on compact pocket forming and precise SOT723MT component support. For correct storage, the tape should be kept at normal temperature, away from direct sunlight, and in an environment without acid, alkali or corrosive gases. Recommended storage condition is 23℃ ± 5℃ temperature and 65% ± 5% humidity. The first-in, first-out storage rule is recommended, and the shelf life is 2 years under proper conditions.

FAQ: Is this SOT723MT carrier tape suitable for SMT feeding? Yes, it is suitable for SMT automatic feeding, component packaging and sorting. What is the pocket depth? The K0 pocket depth is 0.52 mm.

Specification Details
Specification Item Details
Product Name SOT723MT Black Anti Static Carrier Tape
Product Model SOT723MT
Carrier Tape Type Black Carrier Tape
Material AP2
Material Classification Anti Static Material
Tape Specification 8 mm x 1020 m Per Roll
A0 1.32 mm
B0 1.40 mm
K0 0.52 mm
Main Function Compact SOT Component Packaging, Storage Protection And SMT Feeding
Application SOT723MT SMD Packaging, Sorting, Repacking And Transportation
Storage Condition Normal Temperature, Avoid Direct Sunlight, No Corrosive Gas
Recommended Environment 23℃ ± 5℃, 65% ± 5% Humidity
Shelf Life 2 Years Under Proper Storage Conditions
Supplier GuangDong Zhongzai Electronic Technology Co., Ltd.

Get in Touch

Have questions about our products or want to discuss a custom order? Our team is ready to help you.

Company GuangDong Zhongzai Electronic Technology Co., Ltd.
Location Room 01, 12th Floor, Building 29, Zhongnan High-tech Zone, High-Tech Electronic Innovation Park, No. 27, Licheng Industrial Avenue, Shuikou Street, Huicheng District, Huizhou City, Huizhou Province
Contact Person Hou

Request A Quote

Please check your email address.
Your message must be at least 20 characters.