產品

電信機櫃

起訂量: 1-100；100-500；>=500
交貨時間: 7-14天
服務: OEM\ODM
加工: 根據圖紙

在當今永遠在線的數位世界中，電信網路的可靠性是不可協商的。雖然電信機櫃內部的精密電子設備承擔著繁重的工作，但電信機櫃才是無名英雄——它是關鍵基礎設施的物理屏障和有序家園。隨著 5G 及更高版本推動組件變得更加緊湊、位置更加精確，坦白說，外觀也更加美觀，保護這些組件的金屬板外殼必須不僅僅是「足夠好」。他們需要表現出色。這就是我們要做的。我們精心設計電信機櫃，以滿足這些先進的需求。

電子郵件附件

電信機櫃

電信機櫃必須滿足高品質和技術標準。要達到這項標準需要使用高品質的材料並採用先進的技術和加工設備。精密鈑金加工技術是滿足這些要求的關鍵，確保電信外殼符合高標準並能在市場上有效競爭。

Metal Cabinet Assembly Telecom Cabinets Telecommunication Enclosure

項目描述	儲能櫃外殼
材料	碳鋼，不銹鋼，鍍鋅鋼板，鋁合金，冷軋鋼板
加工技術	雷射切割、折彎、鉚接、粉末噴塗、絲網印刷、QC檢驗、包裝/組裝、裝運
表面處理	陽極氧化、鏡面拋光、磷化、黑色氧化塗層、熱鍍鋅、噴砂、電鍍、粉末噴塗、噴漆電泳漆、鈍化
單價	根據客戶圖紙
評論	接受客製化

為什麼選擇我們的電信機櫃？一切都與材料的完整性以及我們如何塑造它有關。

我們堅信，真正優秀的電信機櫃始於兩件事：頂級材料和以嚴苛工藝改造它們的技能金屬板製造技術。這對我們來說不僅僅是一份工作；這是一門手藝。

正確的基礎：從優質材料開始

例如，在切割不銹鋼時，我們通常更喜歡雷射切割（通常厚度可達 3.0 毫米）超過 CNC 沖孔。雖然 CNC 沖床能手柄不銹鋼之間厚度0.8毫米至2.5毫米，材料的硬度會導致工具磨損更大，零件不完美率更高。採用雷射切割時，尤其是使用氮氣作為輔助氣體，我們實現了無氧化物、無毛邊的邊緣 – 非常乾淨，無需額外修整。對於那些對美觀至關重要的部分，我們甚至會使用專用雷射膜保護表面在切割過程中。這種方法不僅快速、精確，切割平滑，無機械應力，而且還幫助我們管理熱變形這有時可以透過允許我們微調參數甚至使用對稱切割模式來實現不銹鋼的切割。
不銹鋼－嚴苛環境的首選：當條件艱苦或壽命絕對重要時，我們主張使用不銹鋼。這是自然的耐腐蝕、耐熱，加上其固有的強度，使其成為一個顯而易見的選擇。此外，它非常易於維護。但在使用不銹鋼金屬板膽小的人是無法進行虛構的。
可靠的冷軋鋼和其他選項：當然，我們也專業製作電信機櫃採用優質冷軋鋼板製成，厚度通常為 0.5毫米至3.0毫米。這種材料在強度和成形性方面達到了很好的平衡。根據您的具體需求（可能是重量考慮或獨特的環境挑戰），我們還使用鋁、銅、電鍍鋅和熱浸鍍鋅鋼板。

精密製造：工程與經驗的結合現代電信設備的複雜性不容許任何差錯。我們的金屬板流程反映了這一點：

您可以信賴的準確性：我們談論的還不夠接近。我們的彎曲精度始終保持在 0.1毫米至0.15毫米。考慮設備導軌等關鍵內部組件；我們將其平整度保持在令人印象深刻的範圍內 0.2毫米。即使在較大的表面上，例如我們的網狀門板，我們也能確保平整度保持在 3毫米。這不僅僅是一個數字；這可以保證組件每次都能完美匹配。
完美無瑕的飾面，保證：我們為我們的電信機櫃外觀和感覺。這意味著無刮痕，外觀表面無可見的壓鉚痕跡，絕對無油污。這證明了我們對每個步驟細節的關注，從 Pro/E 或 SolidWorks 中的初始設計，到自動展開和嵌套，再到最終的組裝。
優質產品的先進技術：我們的設施採用了全面的設備。這包括數控沖床、雷射切割機以及傳統的剪切和開槽設備用於消隱。為了塑形，數控折彎機（手動或機器人操作）是關鍵。在組裝方面，我們採用 CO2 和氬弧焊（同樣，手動或機器人選項）、點焊機和螺柱焊機。每個流程都經過優化。

讓我們談談具體問題：用真實數據回答你可能會提出的問題

如果你正在考慮我們的電信機櫃，您一定想知道詳細資訊。以下是一些您可能想到的問題的答案，並以我們的實際處理標準為依據：

Q1："由於回彈和硬度的原因，彎曲不銹鋼可能比較棘手。您如何確保準確性？ "

一個：你完全正確。不銹鋼的性能與低碳鋼不同。它是較低的熱導率和較高的伸長率意味著需要更大的力才能彎曲，而且它有一個回彈趨勢強勁。為了解決這個問題，我們總是採用為什麼叫鈑金？https://www.sheetmetalparts.net/newsinfo-why-is-it-called-sheet-metal.html什麼是鈑金設計？https://www.sheetmetalparts.net/newsinfo-what-is-sheet-metal-design.html如何設計鈑金櫃？https://www.sheetmetalparts.net/newsinfo-how-to-design-a-sheet-metal-cabinet.html6mm becomes very challenging and risks cracking, making welding or angle pieces a better option), the greater the bending force needed. Similarly, the material's yield strength dictates how much it will spring back, so we adjust the actual press angle to achieve that perfect 90-degree bend.

Q2: "What about fastening components to stainless steel? Is it secure?"

A: Standard press-fit fasteners often struggle with the hardness of stainless steel. That's why we use special high-strength, hardened press-fit fasteners designed for the job. We meticulously control the press pressure to ensure the stud or nut is perfectly flush with the workpiece surface. And, for an extra measure of robust security – because we know stainless steel press-riveting can be less forgiving – we often supplement these fasteners with side welding. Every connection is checked against torque specifications to ensure there's absolutely no loosening.

Q3: "Welding stainless steel also has its challenges, like distortion and oxidation. What’s your approach?"

A: Stainless steel is indeed more heat-sensitive than plain carbon steel. It's more prone to issues like hot cracking, significant oxidation if not properly shielded, and larger deformation due to its higher linear expansion coefficient. Our welders are skilled in mitigating these issues. We start by selecting welding consumables (like finer diameter electrodes) with a chemical composition matching or very close to the parent stainless steel. Before welding, the area 20mm to 30mm on either side of the intended weld is meticulously cleaned of any contaminants. We often recommend laser welding (for its low heat input and high speed) or TIG (Argon arc) welding. We also plan the welding sequence carefully – for instance, using symmetrical welding for symmetrical structures, or welding the side with fewer welds first on asymmetrical parts to let subsequent welds counteract earlier deformation. Forced cooling of the weld bead and heat-affected zone and the use of properly balanced clamping fixtures are also key parts of our strategy.

Q4: "What kind of surface treatments are available, especially for stainless steel, to ensure both protection and a good look?"

Sandblasting: This gives a very uniform, attractive, fine bead-blasted matte surface and is quite efficient.
Passivation (often using an acid pickling and passivation paste process): This is a very common and effective treatment. After initial cleaning (which might involve sandblasting or polishing), the passivation process significantly enhances the natural corrosion resistance of the stainless steel, ensuring long-term stability.
Mirror Polishing: Achieved through a series of chemical or physical polishing steps, followed by progressively finer grinding, to create a bright, reflective surface.
Coloring: We can apply various colors using advanced techniques like PVD (Physical Vapor Deposition). This is done in a high-vacuum, high-temperature environment where ionized inert gas deposits a colored layer. This finish is not only decorative but also enhances wear and scratch resistance and won't fade or chip in indoor environments. For our standard sheet metal cabinets (e.g., cold-rolled steel), a durable spray paint or powder coat finish is applied after thorough pre-treatment, which typically involves acid pickling + degreasing + phosphating, or sandblasting + degreasing + phosphating. This ensures excellent adhesion and a long-lasting, protective finish.
A: For stainless steel Telecom Cabinets, we offer several excellent surface treatments:

The Bottom Line: A Telecom Cabinet You Can Trust, Built by People Who Care

Choosing one of our Telecom Cabinets means you're getting more than just a sheet metal box. You're getting a solution born from a deep understanding of the telecom industry's evolving needs, built with the best materials, and fabricated by skilled professionals who pay attention to every detail – from the 0.1mm precision in bending to ensuring no weld spatter remains after grinding. We’re here to provide a Telecom Cabinet that ensures your network is housed securely, efficiently, and reliably for years to come.

Custom medical device enclosures Manufacturing Capabilities

As an experienced precision telecommunication enclosure factory, our engineers will design internal production processes based on customer drawings, our Perforated doors allow 60 % ventilation thus allowing better passive cooling.

Telecom Cabinets

Qualification Certificate &Finished product inspection

Strictly inspect the quality of the finished metal cabinet assembly , including visual inspection, dimensional measurement, strength testing, etc. Ensure that telecom cabinets meets design requirements and customer needs.

Metal Cabinet Assembly