燕趙新聞網今日報道：每一位員工都要視責任如泰山，視產品在手中，質量在心中，細節在精益求精中，真誠在每一道工序中，讓質量是企業的生命這一觀點用腦、用心溶入到我們的工作中去，讓我們加工的工件精益完美，讓時間磨損不了優良的質量，讓企業因為質量在可持續發展的道路上充滿生命和活力。質量控制，環環相扣，每個細微環節都需要員工認真敬業的工作,稍有不甚,就會造成質量隱患。所以說，質量就是一個準則，質量就是一個忠誠，質量就是一個責任，質量就是企業的生命！一個企業沒有了質量，沒有了誠信。
Every employee should regard responsibility as Mount Taishan, see the product in hand, quality in mind, details in excellence, sincerely in each process, let quality be the life of the enterprise, this view into our work, let us process the workpiece lean and perfect, let time wear out the excellent quality Quantity allows enterprises to be full of life and vitality on the road of sustainable development. Quality control is closely related to each other. Every minute link requires the staff to work hard and conscientiously. If there is a little bit of it, it will cause hidden quality hazards. So, quality is a criterion, quality is a loyalty, quality is a responsibility, quality is the life of enterprises! An enterprise has no quality, no integrity.
聚氨酯保溫管應在設計和施工中特別注意以下幾個問題：1、一定要真正理解供熱管道直埋敷設方式分為有彌補直埋敷設及無補償直埋敷設兩種方式，設計和施工中。確實掌握兩種方式各自的工作原理，特點及其應用場所，以便在設計上合理選用，施工上安全、可靠、經濟。2、進場后認真進行檢驗，施工前必需對生產的廠家進行調研。對不合格的保溫管拒絕使用。3、聚氨酯保溫管焊接是一項保證工程質量的關鍵工作，在管道施工中。4、各種井室的施工質量直接影響工程質量和管道的使用壽命。如井室防水不好，將使部件因浸水遭到破壞。因此，應認真施工，確保施工質量5、滿足打壓條件下，必需重視管道的打壓。首先進行灌水排凈空氣，然后分兩步做：穩壓10分內無滲漏。強度試驗：把管道內的壓力升至作壓力的1．5倍后；用1kg小錘在焊縫周圍對焊縫逐個進行敲打檢查，嚴密性試驗：把管內的壓力降至工作壓力時，30分鐘無滲漏且壓力降不超過0．2個大氣壓即為合格；應按規范要求做好試壓記錄。6、因保溫管埋于地下，工程驗收。絕大部分屬于隱蔽工程，如果竣工驗收不認真，竣工資料不詳細，將會影響以后的使7、接頭，回填土應在管道試壓。竣工丈量，清掃完畢后方可進行，且必需按聚氨酯保溫管施工特點回填規定厚度砂子，千萬不可偷工減料。8、必需引起足夠重視。現場接頭保溫須在試壓合格后方可進行，現場接頭保溫施工。這一項內容是聚氨酯保溫管道施工特有的，施工質量好壞直接影響使用壽命。保溫層有現場發泡施工和保溫瓦施工兩種方法，不論采用哪種方法施工，都不能出現環形空間，開裂、脫層等缺陷，維護層的做法有多種(如高密度聚乙烯和玻璃鋼保護層)但都必須保證接頭的整體性，嚴密性，防水性。
Polyurethane insulation pipe should pay special attention to the following problems in the design and construction: 1. Must really understand the direct buried heat supply pipeline laying method is divided into two kinds of compensation for direct buried laying and no compensation for direct buried laying, design and construction. The working principle, characteristics and application sites of the two methods should be mastered in order to select them reasonably in design and to be safe, reliable and economical in construction. 2, after entering the field for careful inspection, construction must be conducted before the production of manufacturers. Refuse to use unqualified insulation pipes. 3, polyurethane insulation pipe welding is a key work to ensure the quality of the project, in pipeline construction. 4, the construction quality of various well chambers directly affects the quality of the project and the service life of the pipeline. If the well chamber is not well waterproofing, the components will be damaged by immersion. Therefore, serious construction should be carried out to ensure the construction quality 5, meet the pressure conditions, it is necessary to pay attention to pipeline pressure. First, the air is drained and then divided into two steps: steady pressure and no leakage within 10 minutes. Strength test: after the pressure in the pipeline is increased to 1.5 times of the pressure, the weld is knocked around the weld with a 1 kg hammer one by one. Strictness test: when the pressure in the pipeline is reduced to the working pressure, there is no leakage within 30 minutes and the pressure drop does not exceed 0.2 atmospheric pressure, it is qualified; pressure test record should be made according to the specification. . 6, because the insulation pipe buried underground, the project acceptance. Most of them belong to concealed projects. If the completion acceptance is not serious and the completion data is not detailed, it will affect the future so that 7, joints, backfill should be in the pipeline pressure test. After the completion of the survey, cleaning can be carried out, and must be in accordance with the construction characteristics of polyurethane insulation pipe backfill specified thickness of sand, must not jerry-building materials. 8, we must pay enough attention to it. The on-site joint heat preservation must be carried out after the test pressure is qualified, and the on-site joint insulation construction. This content is unique to polyurethane insulation pipeline construction, construction quality directly affects the service life. Thermal insulation layer has two methods: foaming construction on site and thermal insulation tile construction. No matter which method is used, there are no defects such as annular space, cracking, delamination and so on. There are many methods of maintenance layer (such as high density polyethylene and glass fiber reinforced plastic protective layer), but the integrity, tightness and waterproof of joint must be guaranteed.
