安全保密紙、金屬紙（符合無塵室專用標準）
儘管 IT 技術設備使用越來越多，但是紙張文章造成的洩密事件卻無法有效抑制。分析顯示，傳統「紙張文件」的所造成洩密事件，有絕對壓倒性比例的數據。

Key data regarding the optimization of manufacturing processes like formulas and parameters require a huge amount of repeat testing to come by but can easily leaked through unauthorized means. The most note-worthy is in images taken by handheld devices, but with the introduction of metal detection into facilities, devices with camera functionality or even USB sticks are well probed these days. However enterprises often overlook the leak of hardcopy documents, and it too can carry valuable information.

Going paperless is one way of achieving full security. But for those confidential information that can only be kept in physical form, detectable paper is the latest and greatest solution. The most advanced technology enables the paper of the size of a business card to be detected by the metal detector. With that layer of scrutiny, the risk of confidential information being distributed without authorization is minimized.

How detectable paper works:
In the manufacturing, the pulp is mixed amorphous metal (Co, Ni, Fe, Al) and later shaped and dried into paper form. An additional layer of fiber is adhered to give it the same copying and printing properties as regular papers. Depending on the use, the end-product can be permanently or temporarily magnetic and thus detestable by security gates or metal detectors.

To enable the paper to be detected by security X-ray scanners, the paper can be coated with X-ray absorbing materials. Detection of that material generates a specific reading on the scanner to allow prompt identification and obtainment of the paper. With such a document that is detectable by both metal detectors and X-ray scanners, whatever commercially sensitive information on it can be firmly secured.

安全保密紙 電磁波技術說明

將一張標籤或紙張，植入非晶體金屬（鈷、鎳、錫、鐵、鋁），而這張標籤或紙張植入的是條狀低磁飽和金屬。這些標籤或紙張，具有永久磁性或暫時磁性。

永久磁性標籤或紙張：

這特殊紙張或標籤，可用來保護及控管，不外借的機密資料或書籍。

暫時性磁性標籤：

可用來保護流通性（借與還）的資產或商品。

1) 紙樣外觀
(2) 行李X光機掃描彩色模式 註：因塗層非常薄不能讓紙張厚度增加太多，故在行李X光機下影像需開
啟強化模式，材質會判斷為有機物(橘色)
(3) X光負片模式下(Reverse)，可看到塗佈材質吸收X光(白色)。塗佈層若印刷上字樣則可呈現紙樣來源。

無塵紙標準：SGS 報告編號：UM/2017/C0087
以IES-RP-CC003.3方法，以漢姆克滾筒粒子數分析儀檢測：
≧0.3μm，測試結果33.4
≧0.5μm，測試結果21.8
≧1.0μm，測試結果9.00

摩擦測試：SGS 報告編號：UM/2018/30117
以IES-RP-CC003.3方法，以漢姆克滾筒粒子數分析儀檢測：
≧0.3μm，測試結果1210
≧0.5μm，測試結果775
≧1.0μm，測試結果349

搓揉測試：SGS 報告編號：UM/2018/30118
以IES-RP-CC003.3方法，以漢姆克滾筒粒子數分析儀檢測：
≧0.3μm，測試結果2170
≧0.5μm，測試結果1840
≧1.0μm，測試結果1500

拉扯搓揉測試：SGS 報告編號：UM/2018/30119
以IES-RP-CC003.3方法，以漢姆克滾筒粒子數分析儀檢測：
≧0.3μm，測試結果2320
≧0.5μm，測試結果2020
≧1.0μm，測試結果1660

靜電測試：SGS 報告編號：UM/2018/20045
本測試參考EN-55011方法，以靜電計檢測。測試結果：2.00

殘膠測試：PIDC 報告編號：107A011-J311353R1
1.熱老化試驗後之外觀判定成品測試
試驗結果：以目前觀察與手觸摸測試後樣品周圍，無溢膠情況。

ROHS ：SGS 報告編號：KA/2018/21220
參考IEC 62321-5:2013方法，以感應耦合電漿原子發射光譜儀檢測。
鎘、鉛、汞、六價鉻、多溴聯苯總和等，皆未檢出(n.d.)。