ANT

Product Stacking Box

Product Overview

Product stacking boxes used in advanced electronic component manufacturing processes—such as PCB, semiconductor, and display production—are designed to safely transport and store sensitive components including boards, wafers, and chips while protecting them from external impact, electrostatic discharge (ESD), and particle contamination between processes.

In addition to conventional materials such as PP, ABS, and conductive plastics, we also offer high-specification boxes manufactured with AT composite materials optimized for high strength and heat resistance. These solutions are particularly suitable for cleanroom environments and processes requiring repeated use, ensuring durability and process stability.

Furthermore, customized design and manufacturing are available with a wide range of materials and specifications based on customer process conditions, budget requirements, and automation compatibility.

Product Features

Material-Based Customization Available: A wide range of materials—including AT (Aramid + Teflon (PTFE)), PP, and ABS—can be selected and manufactured according to customer process conditions
High Heat- and High-Strength Design Using AT Material: When AT material optimized for high-temperature environments and repeated processes is applied, it provides excellent resistance to thermal deformation and wear
Optional Anti-Static (ESD) Functionality: ESD-compliant specifications with controlled surface resistivity can be applied to protect electrostatic-sensitive components
Reinforced Structural Strength: Rib structures and side reinforcement designs are applied to prevent deformation during stacking
Structure Suitable for Repeated Cleaning and Reuse: Excellent chemical resistance and structural strength ensure that shape and functionality are maintained even after repeated cleaning and reuse

Product Advantages

Minimized Product Damage and Contamination: Safely protects sensitive electronic and PCB components from external impact, electrostatic discharge, and dust
Durability for Repeated Use: High heat- and chemical-resistant materials ensure no structural deformation or performance degradation even during long-term use
Stable Process Operation for Transport and Storage: Enables reliable operation across various usage environments, including outsourcing logistics, long-term storage, and inter-process transfer
Optimized for Automation and Robotic Integration: Standardized design supports seamless integration with automated transfer equipment such as AGVs, conveyors, and 6-axis robots
Efficient Material Management and Cleanliness Maintenance: Facilitates material classification and lot management in cleanroom environments, with a reusable structure that supports effective particle control

Expected Benefits

Prevention of Damage and Contamination During Transport and Storage of Sensitive Precision Products: Reduces defect rates and improves overall product quality
Reduced Replacement Cycles Through Durable, Reusable Design: Lowers operating costs and supports environmentally friendly operations
Simplified Process Flow and Maximized Productivity Through Optimized Automation and Logistics Integration

Material Property Comparison Table

Property	Unit	PP	PEEK	PVDF	PTFE	AT-200	AT-500	AT-515 S	AT-515 I	AT-515 C
Specific Gravity (Method A)	-	0.91	1.32	1.78	2.19	2.14	1.69	1.51	1.49	1.49
Tensile Strength	MPa	40	100	55	35	40	50	98.1	114	89.9
Heat Deflection Temperature	°C	65	160	120	60	71	76	198	187	198
Impact Strength (IZOD, Notched)	J/m	40	55	160	-	775	NB	50	69	30
Rockwell Hardness (HRR, Method A)	-	75	90	80	60	65	90	119	114	120
Surface Resistivity	Ω/□	>10¹⁵	>10¹³	>10¹³	>10¹⁷	>10¹³	>10¹³	>10¹³	>10¹³	>10⁶
Wear Resistance (500 cycles / 1 kg)	mg	○	○	○	○	41.6	25.5	13.7	29.7	28.3

Privacy policy

Through the privacy policy, the company informs you of the purpose and method of use of the personal information you provide, and what measures are being taken to protect your personal information.

▶ Purpose of collection and use of personal information

- Self-identification, real name verification, confirmation of subscription intent, use of age
- restricted services according to service use
- Contract performance regarding service provision and fee settlement, content provision, purchase and fee payment, product delivery or sending of invoices, etc.
- Delivery of notices, securing communication channels for complaint handling, securing accurate delivery information when delivering products
- Information for providing the latest information such as new services and providing personalized services
- Other smooth provision of high-quality services, etc.

▶ Items of personal information collected

- Name, company name, email, address, contact information, mobile phone number, inquiry content, and other optional items

▶ Retention and use period of personal information

- In principle, personal information is destroyed without delay upon achieving the purpose of collection or provision.
- However, in order to provide smooth service consultation, the contents may be retained for 3 months after the consultation is completed, and in cases where preservation is required by other laws such as the Act on Consumer Protection in Electronic Commerce, the information will be retained for a certain period of time.

▶ Personal information destruction procedures and methods

In principle, the company destroys the relevant information without delay after the purpose of collecting and using personal information has been achieved. The information you entered for membership registration, etc. is transferred to a separate DB (separate file in the case of paper) after the purpose has been achieved, and stored for a certain period of time according to internal policies and other relevant laws and regulations for information protection reasons (see retention and use period) and then destroyed. Personal information transferred to a separate DB will not be used for any other purpose than that for which it is retained, unless required by law. Personal information stored in electronic file format is deleted using a technical method that makes it impossible to reproduce the record.

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