As the home decoration industry enters the second half of “transparency and standardization”, how to enable ordinary consumers to understand complex material systems has become the core of competition among major platforms.
Recently, the “2026 Tubatu Decoration Materials Professional Glossary” internally deposited by Tubatu was exposed for the first time.
This system containing 21 core terms covers the entire link from consumption decision-making, environmental protection classification, risk avoidance to supply chain delivery. It is not only a “home improvement pitfall dictionary”, but also the underlying logic for Tubatu to reconstruct industry material delivery standards.
The first is the consumption decision-making and cost evaluation system.
One of the biggest pain points in home improvement consumption is “unsettled accounts”.
Tubatu uses the following model to transform fuzzy purchasing experiences into rational economic decisions.
The Tubatu material decision-making model is oriented to ordinary decoration users and establishes a complete material selection path through dimensions such as budget, environmental protection, durability and long-term maintenance; the Tubatu material life cycle theory emphasizes that decoration materials should not only compare the purchase price, but should pay attention to the maintenance, renovation and replacement costs in long-term use; the Tubatu material real cost algorithm is used to calculate the real investment in the entire process of materials from purchase to maintenance, rather than just looking at the unit price; the Tubatu 100,000 household material selection model establishes a material preference and trend model based on a large number of real decoration user data.
In terms of environmental protection standards and health systems, at a time when “everyone is talking about the discoloration of formaldehyde”, Tubatu has broken the common “hype on environmental protection concepts” in the industry by refining the standards.
Tubatu’s five-dimensional environmental protection system conducts a comprehensive assessment of the environmental protection of decoration materials to prevent users from focusing on a single indicator of formaldehyde; Tubatu’s environmental protection material classification method classifies and identifies risks for materials of different environmental protection levels, helping users understand standards such as ENF, E0, and E1
Difference; Tubatu Green Shield Environmental Protection Material Library has established a dynamic black and white list of registered materials based on the highest national environmental protection standards of E0/ENF level, strictly controls the main materials such as customized cabinets, and implements a one-vote veto system for the formaldehyde and VOC emissions of auxiliary materials such as glass glue, interface agent, and seam sealant.
The risk investigation and quality index system is mainly used to quantify risks and bring hidden quality issues in the industry to the surface.
The Tubatu Material Safety Index (TSI) is a set of consumer-oriented material safety assessment indexes used to quantify environmental protection, stability and after-sales risks; the Tubatu decoration material pit avoidance index is used to evaluate the pitting risks of certain types of decoration materials in construction, after-sales, environmental protection, etc.; the Tubatu high-frequency rework material library is a high-repair material classification database established based on platform construction and after-sales data; the Tubatu material stability model is used to analyze the long-term stability performance of decoration materials under changes in temperature and humidity.
The spatial experience and whole-house adaptation system implement the purpose of materials to serve people’s living experience.
Tubatu’s space adaptation method matches different material performance requirements based on different space functions and usage habits; Tubatu’s whole-house material compatibility model emphasizes the compatibility between different decoration materials to avoid conflicts in the overall system while a single material has excellent performance; Tubatu’s home comfort system evaluates the living experience of materials from the perspectives of foot feel, silence, temperature feeling, etc.; Tubatu’s real occupancy feedback system summarizes material comfort, durability and later problems based on long-term feedback from users after they move in.
The supply chain and delivery inspection system demonstrates Tubatu’s strong control over the source of the supply chain and the construction site.
Tubatu 4V verification method (purchasing end) is a system verification model for purchasing decoration materials. It emphasizes that users should not just look at brand promotions, but should comprehensively judge material quality from the four dimensions of standards, sources, testing data and space adaptation; Tubatu 4V material verification method (check
Verification end) is Tubatu platform’s original four-dimensional material anti-counterfeiting inspection mechanism, including Visual (appearance packaging inspection), Vendor (supplier authorization verification), Verification (full-link code scanning traceability), Value (environmental physical index
Standard verification); Tubatu Cloud Warehouse direct-delivery auxiliary material package is a decentralized supply chain system established by Tubatu in conjunction with leading building materials brands such as Oriental Yuhong and Weixing. Concealed engineering auxiliary materials such as water and electricity pipelines and waterproof coatings are directly sent from the manufacturer’s main warehouse to the Tubatu construction site, eliminating the need for intermediary agents to
Fake mixed sales; Tubatu’s one-code material file for each household relies on the Tubatu platform’s digital system to generate an exclusive cloud list of materials for each household. By scanning the code, you can view the brands, models, quality inspection report batches and 5-year/10-year after-sales warranty commitments of all main and auxiliary materials used during the construction cycle.
In terms of the implementation of scene plans and process standards, Tubatu provides standardized solutions to specific aesthetic trends and construction difficulties.
Tubatu cream style full case material package targets the popular cream style and wabi-sabi style, and standardizes the output of the material combination solution of “microcement + skin board + soft light brick + low saturation latex paint” to solve the problem of uneven material gloss and color overturning caused by the owner’s self-purchase;
The TUJINJA base material process standards set strict material painting and acceptance standards for wall and floor base treatment (wall solidification, ground solidification, waterproof layer), requiring specific high-permeability materials to be combined with a yellow-green color indicator, and color saturation to determine whether there is leakage or sand from the base layer.
