About Surface Technology

Surface Technology

Surface Technology, known in Chinese as Biaomian Jishu, is a Chinese-language journal based in Chongqing with ISSN 1001-3660. Its volume numbering reached Volume 53 by 2024, indicating continuous publication since the early 1970s. It is devoted to surface engineering and treatment — electroplating, coatings, corrosion and protection, tribology, surface modification and remanufacturing — and serves readers in machinery, ordnance and aerospace manufacturing. It is a Chinese core science and technology journal indexed in EI Compendex and in CSCD listings. It is distinct from China Surface Engineering, the Beijing-published Chinese Mechanical Engineering Society journal listed separately in this batch, and from Surface Engineering, a different journal published in the United Kingdom and the United States with its own ISSN. For more than five decades its subject has been the thin, decisive layer where a manufactured component meets its environment, its lubricant, its electrical contact or its corrosive medium.

Chongqing base and publication since the early 1970s

Chongqing is the journal's base, placing it in one of south-western China's largest manufacturing municipalities, with strong machinery, vehicle, ordnance and aerospace activity. Volume 53 in 2024, on a one-volume-per-year pattern, points to a first volume in the early 1970s, and the source record for this profile describes the journal accordingly as indicating continuous publication since the early 1970s. That wording is retained here because volume arithmetic is evidence of longevity, not a substitute for a documented founding notice. What is firmly established is the combination of the Chongqing base, ISSN 1001-3660, the Chinese name Biaomian Jishu, and a volume sequence in the fifties in the mid-2020s.

A surface-technology journal founded in that era would have begun when electroplating and protective coatings were its field's industrial core, and then followed the field as it broadened into modern surface engineering — vacuum and thermal processes, laser and plasma modification, tribological design and, most recently, remanufacturing. This profile does not claim a year-by-year history that has not been verified, but the journal's current recorded scope, which includes both classical electroplating and remanufacturing, itself traces that arc from plating shop to advanced manufacturing.

Surface engineering: why the surface decides performance

Surface engineering rests on a simple verified principle of manufacturing: many failures and functions begin at the surface. Corrosion starts where metal meets environment. Wear starts where two surfaces rub. Fatigue cracks often initiate at surface defects, and adhesion, friction, electrical contact and appearance are all surface properties. Treating or engineering the surface — rather than changing the whole bulk material — can therefore change a component's service life and function at comparatively small cost in material. That is the intellectual centre of Biaomian Jishu.

The journal's scope joins the sciences and the processes of that idea. Corrosion and protection explain degradation and its prevention. Tribology explains friction, lubrication and wear. Coatings and electroplating provide engineered layers. Surface modification changes the surface of the material itself. Remanufacturing restores worn components by rebuilding their surfaces. Read together, those six recorded scope areas describe a complete cycle: understand how surfaces fail, design a surface that resists failure, apply it by a controllable process, and, at end of first life, restore the component by applying it again.

Electroplating and coatings

Electroplating is one of the journal's classical subjects. In electroplating, a metallic coating is deposited from a solution by electric current, and bath chemistry, current density, temperature, additives and substrate preparation determine thickness, uniformity, adhesion and properties. Plated layers serve corrosion protection, wear resistance, solderability, electrical conductivity and decoration, often several functions at once. A specialist journal in this area publishes bath and process research, coating characterisation, defect and quality work, and the environmental and process-control questions that modern plating lines must answer.

Coatings, the second recorded area, is broader than plating alone. It includes organic paint systems, conversion coatings and other deposited layers that protect or functionalise a substrate. For machinery, ordnance and aerospace readers, coating performance is tested against demanding combinations — humidity, salt, temperature, abrasion, fuel or hydraulic fluids, and long storage or service lives. Papers that measure adhesion, porosity, corrosion behaviour and durability under such conditions speak directly to whether a component can be released for service.

Corrosion, protection and tribology

Corrosion and protection form the third area, linking Surface Technology to the wider Chinese corrosion-journal family while keeping its own manufacturing orientation. Where a dedicated protection journal may emphasise environmental corrosion data, a surface-technology journal approaches corrosion primarily through the surface systems that prevent it and the surface condition that promotes or resists it. That process-facing angle is a useful distinction for readers choosing between the Chongqing title and Wuhan's Materials Protection or Shenyang's corrosion-society journals, all covered separately.

Tribology — friction, wear and lubrication — is the fourth area. Gears, bearings, engines, weapons mechanisms and aerospace actuators all depend on controlled friction: low enough to save energy and prevent wear, but predictable enough to transmit force and motion reliably. Surface roughness, hardness, coatings, textures and lubricants interact in a tribological system, so tribology papers in a surface journal naturally combine materials, mechanics and chemistry. The journal's inclusion of tribology alongside coatings and modification reflects that systems view: a coating is not successful because it is hard in isolation, but because the pair of surfaces in contact lasts longer and behaves better.

Surface modification and remanufacturing

Surface modification, the fifth area, changes the composition, structure or properties of a component's own surface region rather than simply adding a separate layer. Modification routes discussed across the surface-engineering field include heat and chemical treatments, ion and laser processes and mechanical treatments; the verified point for this profile is the journal's recorded coverage of surface modification as a category, not a claim about any single technique's share of its pages. Modification is attractive where a deposited coating's interface might be a weakness, because the engineered zone grades into the substrate itself.

Remanufacturing, the sixth area, has grown with China's emphasis on circular manufacturing and life-extension of high-value equipment. In remanufacturing, a worn or damaged component is inspected, stripped, rebuilt — often by coating, cladding or other surface processes — machined and tested for a further life. Surface technology is the enabling core of that industry: without reliable ways to restore dimensions and surface properties, remanufacturing would be mere repair. A journal covering remanufacturing alongside the underlying processes serves both the researchers developing restoration methods and the enterprises applying them to machinery and defence equipment.

Machinery, ordnance and aerospace readers

The source record identifies the journal's readers with machinery, ordnance and aerospace manufacturing. That readership explains its applied tone. Machinery manufacturing needs surfaces that survive wear, corrosion and fatigue in mass-produced components. Ordnance manufacturing adds storage durability, reliability after long dormancy, and performance under severe mechanical and environmental loads. Aerospace manufacturing adds strict weight, temperature and reliability requirements and rigorous qualification of every process change. A surface process that is merely interesting in a laboratory becomes publishable applied knowledge for these readers when it is characterised, repeatable and connected to a component's service demands.

Chongqing's own industrial profile reinforces that fit. The municipality is a historic ordnance and machinery centre as well as a modern vehicle-manufacturing hub, so a surface-technology journal edited there sits close to plating lines, coating shops, gear and engine plants and remanufacturing enterprises that form part of its audience. Location does not determine content, but for an applied journal it shapes the problems its community brings to it.

Chinese core status, EI Compendex and CSCD

Surface Technology is described in its record as a Chinese core science and technology journal indexed in EI Compendex and CSCD listings. Those are consequential listings. EI Compendex, the engineering indexing database, signals that the journal's engineering content is selected for international engineering literature coverage. CSCD, the Chinese Science Citation Database, places it within China's citation-tracked core science set. Core-journal status in China affects where researchers choose to publish, because core and indexed publications carry weight in institutional evaluation.

For a directory user, the practical value of those listings is verification. They corroborate that Biaomian Jishu, ISSN 1001-3660, Chongqing, is an established, selected journal in engineering — not a trade newsletter or a newly launched title using a familiar name. Users should still cite the ISSN in searches, because the English name Surface Technology is generic and is shared in translation by other publications.

Distinguishing Surface Technology from China Surface Engineering and Surface Engineering

The closest confusion is with China Surface Engineering, Zhongguo Biaomian Gongcheng, ISSN 1007-9289, published bimonthly in Beijing under Chinese Mechanical Engineering Society surface-engineering institutions and listed separately in this same batch. The two are both Chinese surface-engineering journals, but they differ in Chinese name, city, publisher and ISSN: Biaomian Jishu, Chongqing, 1001-3660 against Zhongguo Biaomian Gongcheng, Beijing, 1007-9289. Neither is an edition of the other.

The second confusion is with Surface Engineering, the English-language journal founded in 1985 and published by SAGE, with ISSN 0267-0844 and eISSN 1743-2944 in bibliographic records. That journal embraces the theory and practice of surface engineering internationally, but it is not the Chongqing Chinese-language title. A third possible confusion, with the Elsevier journal Surface and Coatings Technology, should also be avoided: similar vocabulary, different title, publisher and ISSN. In every case, ISSN 1001-3660 and the name Biaomian Jishu identify the journal profiled here.

The journal's place in the directory

Within WorldNM's China magazines listing, Surface Technology represents the manufacturing-process side of materials science. Its neighbours include corrosion-protection titles, general materials research titles and functional-materials titles, but its defining question is distinct: how should a component's surface be made so that the component lasts and works? Its verified record — Chongqing base, Volume 53 by 2024 indicating an early-1970s origin, electroplating, coatings, corrosion and protection, tribology, surface modification and remanufacturing in scope, machinery, ordnance and aerospace readership, and Chinese core, EI Compendex and CSCD recognition — describes a mature applied journal whose subject, the engineered surface, remains central to advanced and sustainable manufacturing alike.