Compliance with Quality Standards

Specialists at manufacturing enterprises often face questions regarding the compliance of liquid glass with GOST requirements. In this article, we examine how GOST standards originated, how they are applied today, and the additional parameter options STEKLOLUKS offers its clients.
HOW GOST EMERGED: A BRIEF HISTORY
The standardization system was established in the first half of the 20th century.

• 1925: The first standardization body was created—the Standardization Committee under the Council of Labor and Defense. Initially, All-Union Standards (OST) were in effect, which later transformed into industry-specific standards.
• 1940: The abbreviation GOST (State Standard) was introduced as a unified standard for the entire country.
• Post-USSR: After the formation of the CIS, the term GOST came to signify an interstate standard operating across several countries and approved by a specialized interstate council.

Today, GOST is a regulatory document that defines the basic requirements for products, their parameters, and control methods.
CHALLENGES OF APPLYING GOST IN MODERN PRODUCTION
The main difficulty in working strictly according to GOST is that the permissible range of parameters is often limited. Many standards were developed decades ago and do not always account for the requirements of modern technological processes.
As a result, products that fully comply with GOST may:

• Be unsuitable for specific modern equipment;
• Fail to provide the necessary clarity, viscosity, or density;
• Limit the possibilities for production optimization.

THE STEKLOLUKS APPROACH TO STANDARDS AND PARAMETERS
STEKLOLUKS manufactures liquid glass with a focus not only on the regulatory framework but on the client's actual objectives. In addition to products that meet GOST standards, we develop formulations based on Technical Specifications (TS), which:

• Expand the permissible ranges of parameters;
• Define characteristics not described in GOST;
• Address heightened requirements for clarity, viscosity, density, and stability.

This approach is particularly in demand when liquid glass is used in:

• Foundry and welding processes;
• The production of electrodes and fluxes;
• Paint, varnish, and adhesive formulations;
• Specialized construction and waterproofing solutions.

WHY PRECISE PARAMETER SELECTION MATTERS
The experience of STEKLOLUKS technologists shows that the effectiveness of liquid glass depends directly on how accurately its parameters match a specific process, rather than mere formal compliance with a standard.
Correctly selected modules, density, and viscosity allow you to:

1. Reduce product consumption;
2. Increase technological stability;
3. Improve the quality of the final product.

CONSULTATION AND DOCUMENTATION
The STEKLOLUKS specialists are ready to provide:

• Clarifications on the application of GOST;
• Selection of compositions tailored to your technological process;
• Full technical documentation for all products;
• Consultations on the industrial use of liquid glass across various sectors.