ESD Magazine Rack Heat Resistant Anti Static PCB Magazine Holder
Aperçu
Les supports de charge antistatiques sont fabriqués à partir de matériaux antistatiques de haute qualité tels que des plastiques techniques antistatiques et des métaux revêtus de revêtements antistatiques. Ces matériaux possèdent d'excellentes propriétés conductrices et peuvent rapidement dissiper l'électricité statique générée sur la surface des objets vers la terre.
Présentation du produit
Râteliers ESD are manufactured using high-quality anti-static materials, including anti-static engineering plastics and metal structures with specialized ESD coatings. These materials provide excellent conductive and static-dissipative performance, allowing electrostatic charges generated on the surface of stored items to be quickly transferred to the ground. For example, in an SMT or electronic component production workshop, when static-sensitive PCBs or electronic components are placed on an anti-static PCB magazine rack, accumulated static electricity can be safely discharged within a short period. This helps maintain the surface electrostatic potential within a safe range, effectively reducing the risk of ESD damage and ensuring stable product quality during storage and handling.
The surface resistance of the ESD magazine rack is precisely controlled within 10⁶–10¹¹Ω, meeting industry requirements for static control applications. Whether used in high-humidity environments during the rainy season or dry, dust-prone conditions in winter, the rack maintains reliable anti-static performance. With excellent material stability and durable ESD protection, it minimizes performance degradation caused by environmental changes or long-term use, providing continuous and dependable protection for PCBs, electronic components, and other static-sensitive products.
Spécification technique
| Nom du produit | Étagère de magazine ESD | ||||
| Modèle de produit | 3W-9805301E | 3W-9805301E-1 | 3W-9805301E-2 | 3W-9805301E-3 | |
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| Méthode d'ajustement | Réglage des vitesses | Réglage de la vis | Réglage de la vis | Réglage des vitesses | |
| Paramètres de spécification | ●Dimensions extérieures : | 535*460*569mm | 535*530*569mm | 535*530*569mm | 535*530*563mm |
| Position de base : | A : 34 mm ; B : 37 mm | A : 34 mm ; B : 37 mm | A : 34 mm ; B : 37 mm | A : 34 mm ; B : 34 mm | |
| ●Largeur réglable : | 60-450mm | 60-450mm | 60-450mm | 45-455mm | |
| Profondeur de rainure : | 3,5 mm | 3,5 mm | 4 mm | 3,5 mm | |
| ●Largeur de la fente : | 5 mm | 5 mm | 6,5 mm | 5 mm | |
| Pitch : | 10 mm | 10 mm | 10 mm | 10 mm | |
| ●Nombre d'emplacements : | 50 | 50 | 49 | 50 | |
| ●Poids : | 10,2Kg | 10,07 kg | 11,38 kg | 10,28Kg | |
| ●Transporteur : | 20 kg | 20 kg | 20 kg | 20 kg | |
| Description du produit | Mécanisme de déflecteur : levier à ressort | ||||
| Index statique : 10e4-10e8 Ω | |||||
| Structure du tableau latéral : 5 pièces de tableaux | Structure du tableau latéral : 5 pièces de tableaux | Structure du panneau latéral : 2 pièces | Structure du tableau latéral : 5 pièces de tableaux | ||
| Plaque inférieure en acier galvanisé | |||||
| Options de résistance à la température | □100°C □120°C □150°C (peut aller au four 120°C) | ||||
| Accessoires optionnels | Chemise en métal | ||||
| Vis d'empilage | |||||
| Numéro de couche etiquette | |||||
| Étiquette anti-assis | |||||
La résistance à la température fait référence à la température maximale que le support de circuit imprimé peut supporter
World-Class ESD Manufacturing Capacity
When you source from Sanwei, you are partnering directly with an industry-leading OEM/ODM manufacturer. We operate a state-of-the-art 70,000+ m² integrated production facility in Yueqing Central Industrial Park, Zhejiang, managing every single process from proprietary material formulation to final high-precision product molding.
Integrated Scale
70,000+ m² advanced plant base equipped with heavy-duty precision injection molding machines to handle bulk wholesale orders with stable lead times.
Full-Chain Control
Complete in-house control spanning proprietary anti-static material R&D, structural mold engineering, automated manufacturing, and swift global logistics delivery.
Rigorous Inspection
Strict raw material testing combined with multi-point surface resistivity metering on the production line ensures 100% compliance with international ESD standard guidelines.
Antistatique Produits et Solutions
Delivering comprehensive electrostatic protection across your entire manufacturing and operational lifecycle.
Matériel SMT
Boîtes et racks antistatiques pour lignes automatisées.
Stockage et Logistique
Chariots de manutention, étagères, boîtes, plateaux et conteneurs de composants.
Poste de travail & EPI
Chaises antistatiques, tapis, bracelets antistatiques et protection personnelle.
Développement personnalisé
Développement de moules sur mesure et matériaux antistatiques spéciaux.
NOS AVANTAGES OEM/ODM
R&D Avancé & Innovation en Matériaux
In-house developed anti-static materials with national invention patents and heat resistance up to 200℃. We do not just mold — we formulate compounds.
Capacité de production à grande échelle
30,000㎡ plant with complete injection molding, granulation and supporting processing systems for stable and efficient supply.
Personnalisation complète du processus
Material resistivity, color, size, logo, packaging and certifications — customizable to meet IEC61340-5-1, ANSI/ESD S20.20 or military standards.
Qualité Certifiée & Conformité Globale
“Sanwei successfully developed custom high-temperature resistant clean natural color trays for our semiconductor assembly line, replacing imported products, ensuring excellent ESD safety, and meeting the high cleanliness requirements of the workshop.”
TRUSTED BY GLOBAL FORTUNE 500 INDUSTRY LEADERS
Our proprietary ESD solutions are deployed in elite production facilities worldwide, including: Intel, Motorola, Siemens, IBM, Panasonic, Nokia, and Dell.
Looking for Custom Sizes or Bulk Wholesale Pricing?
Backed by our robust in-house R&D team, Sanwei provides complete OEM/ODM options tailored to your specific SMT production lines or warehouse layout. Contact our specialists today for custom molds, color coding, or integrated 5S storage consulting.
Frequently Asked Questions (FAQ)
What is an ESD cabinet used for?
An ESD cabinet is used to safely store static-sensitive electronic components, PCBs, and devices while preventing electrostatic discharge damage during storage and handling.
How do you store PCBs safely?
PCBs should be stored in ESD-safe environments using anti-static racks, PCB magazine racks, ESD cabinets, or conductive containers to prevent static damage and contamination.
What is an ESD safe rack?
An ESD safe rack is a storage rack made with static-dissipative or conductive materials that helps control electrostatic charges and protect electronic components.
Why are PCB magazine racks used in SMT production?
PCB magazine racks are used in SMT production lines to organize, store, and transport printed circuit boards efficiently while reducing the risk of scratches, contamination, and electrostatic damage.
How do you prevent ESD damage to electronic components?
ESD damage can be prevented by using ESD flooring, grounding systems, anti-static workstations, ESD storage equipment, and proper handling tools such as ESD trolleys and racks.
What is the difference between ESD storage and normal storage?
ESD storage uses static-control materials and grounding designs to protect sensitive electronics, while normal storage does not provide protection against electrostatic discharge.
