Budget Review and Selection Document for the Acid-Resistant Brick Anti-Corrosion Project of the Indoor Floor in the Combined Alkali Heavy Ash Plant Building

I. Project Name: Anti-acid Brick Corrosion-Resistant Flooring Project for the Heavy Ash Workshop of the Combined Alkali Plant
II. Company Name: Chongqing Xiangyu Salt & Chemical Co., Ltd.
III. Project Overview: Budget Review
Performing base treatment, applying anti-corrosion mortar, resin, and mastic, and laying acid-resistant bricks, etc. The total estimated amount is approximately 1.9534 million yuan.
4. Pricing Method: Quantity-based pricing, Chongqing Quota 2018 Edition.
V. Time Requirements: The review must be completed within 5 calendar days after receiving the relevant materials. Your organization is requested to provide a quotation based on your own circumstances. If the review is not completed within the specified timeframe, a penalty of RMB 500 per day will be deducted.
6. Please prepare a quotation tailored to the actual conditions of your organization for this project. The quotation file should be named using the format: Organization Name + Project Name, and sent to the 163 email address xiangyuyanhua@163.com. The fee structure is as follows: a percentage-based charge applied to the amount submitted for review.
7. Selection Method: The bidder with the lowest price will be selected.
8. Quotation deadline: 2:30 p.m. on February 24, 2025.
9. Contact Person and Supervisor
Contact: Teacher Yan Phone: 13452794584
Supervisor: Teacher Kang Contact number: 13340314091

Disclaimer: The official platform for our company’s announcement of this tender is the website of Chongqing Xiangyu Salt & Chemical Co., Ltd.: http://www.cqxyyh.com. Apart from this, our company has not published any tender information on any other websites, forums, or media platforms. Any tender information reproduced from other sources and attributed to our company as the tendering entity is unauthorized and therefore invalid. We reserve the right to pursue legal action against such unauthorized reproductions.