Updated worldwide glass market study 2024 available now for flat, container glass and tableware

We have updated our international studies on flat glass, container glass and tableware for 2024.

This unique software provides a global overview about glass producers and technical details. Easy to use and clear tables summarize information and data about glass makers such as: Glass types: flat glass, container glass, tableware, production capacities in regions and countries, number of furnaces, furnace types, year of construction, glass types and sub-types, products, project information, special news and downloads.

Further databases supplying demoscopic data and import and export data complete the market survey. Based on these data, prepare individual country profiles with information about local production capacities, local market sizes and expected demand in the future.

Request your offer via plants.glassglobal.com.

Updated container glass study 2024

X

Updated float glass study 2024

X

Further glass studies and reports 2024

X

玻璃目录

INFO

以下是公司基本信息。该公司还提供了公司网站、传真、电话号码、联系人、公司历史和现状等许多信息。如需阅读公司详细信息,您须有进入"企业名录"的权限。如何订阅"企业名录",请见该名录的"价格信息"

login



联系方式

地址 Universität Stuttgart Insitut für Leichtbau Entwerfen und Konstruieren (ILEK)
Pfaffenwaldring 14
70569 Stuttgart

国家 德国
电子邮箱 Get in contact with Universität Stuttgart Insitut für Leichtbau Entwerfen und Konstruieren (ILEK)

产品/机械

In both its research and its teaching activities, the Institute for Lightweight Structures and Conceptual Design (ILEK) at the University of Stuttgart merges the architectural subject areas of design and form with the engineering fields of analysis, construction, and material science.

Following a highly interdisciplinary approach, the institute focuses on the conceptual and crossmaterial development of all types of building technologies and structural systems.The scope of work spans from textile and glass construction, to new possibilities in steel and pre-stressed concrete design, to ultra-lightweight structures using adaptive systems.

From the individual details to the overall system, the aim is to optimize form and structure with respect to energy and resource consumption, durability and reliability, recycling potential and environmental sustainability.

Vital to the success of this approach is the integration of the institute in an active international network with other leading research and teaching institutions, as well as the collaboration with numerous industry partners.