History

Modern company – Innovative solutions
timeline_pre_loader

1938

The commencement of the construction of a porcelain factory with a targeted capacity of 600 tons per year.

Sierpień 1939

The launch of porcelain insulator production.

1948

The nationalization of the factory.


1951 - 1960

Expansion of the factory. Increase in production capacity to 2300 tons/year.

Start of export to Western European countries.

1961 - 1965

Construction of the W30 department with a production capacity of 5000 tons/year. Start of production of long-line and station support insulators for 110 kV, as well as large-sized enclosures for 220 kV.

1971 – 1980

Installation of the most advanced machines and equipment.

Introduction of high-alumina material class C130 into production.

Expansion of the product range to include long-line insulators for voltages up to 400 kV (160 and 210 kN) and enclosure insulators for DLF circuit breakers for 110 kV.

1981 - 1990

Modernization of the W10 department and the beginning of the modernization of the W30 department.

Czerwiec 1992

Privatization – the factory becomes a joint-stock company and adopts its current name:

Electrotechnical Porcelain Plant ZAPEL Joint-Stock Company.

1992 – 1994

mplementation of the Quality Assurance System compliant with the ISO 9000 series standards.

Obtaining certification for system compliance with the ISO 9002:1994 standard.

1994 – 2000

Automation, computerization, expansion of the product range, and growth of exports.

2000

Restructuring of the company. Formation of a capital group:

ZAPEL SA, Zapel Probud Sp. z o.o., Zapel Serwis Sp. z o.o.

2001

Obtaining the Environmental Management System certificate for compliance with the ISO 14001 standard.

2002

Acquisition of 100% of the shares of the aluminum foundry INNOWACJA Sp.z o.o.

2006 – 2007

Establishment of a composite insulator production division.

2008 – 2012

Construction and launch of the Large-Scale Enclosure Production Division (OPOW), enabling the production of ceramic enclosures for ultra-high voltages up to 1100 kV.