We supply high quality aluminium scaffolds to European countries.  133#-305 weight 29.5kg size 3050x2000x590  133#-250 weight 24kg   size 2500x2000x596  139#-307 weight 30kg   size 3030x2000x630  139#-257 weight 23.3kg size 2530x2000x630

We can supply high Mobile Alu-scaffold   Alu-frame with caster weight 21.7kg   Alu-H frames weight 4.4kg   Alu-horizontals weight 2.2kg

We can supply high quality aluminum scaffold.              Alu-beams 8.0m weight 32kg size 8000x400              Alu-beams 6.0m weight 23.8kg size 6000x400              German type Alu-beams 8.2m weight 33kg size 8200x400              German type Alu-beams 6.2m weight 25kg size 6200x400              German type Alu-beams 5.2m weight 21kg size 5200x400              German type Alu-beams 4.2m weight 17.2kg size 4200x400              German type Alu-beams 3.2m weight 12kg   size 3200x400  aluminum scaffold, ladder, aluminium scaffold, scaffold, aluminium beams.

We supply high quality Alu-deck alu-combi deck 307x60 assco weight 19.7 size 3030x610 alu-combi deck 257x60 assco weight 16.54 size 2530x610 alu-combi deck 207x60 assco weight 13.78 size 2030x610 alu-combi deck 157x60 assco weight 10.48 size 1530x610 Alu-deck with fibreglass weight 6.7kg size 1655x600 Alu-deck with fibreglass weight 11.2kg size 3050x600

      weight:     0.33

 QS Wedge OEM service provided. Product surfaces can be self-colored, galvanized, gold color galvanized, or hot dipped galvanized. For more information, please visit our website or contact us directly.

weight: 1.32

weight: 1.66

We supply high quality aluminium scaffolds to European countries and US. Qingdao Scaffolding Co., Ltd. is the biggest manufacturer and exporter for scaffolding couplers/clamps in whole China.  All of our scaffolding couplers/clamps are made as per BS1139(1982&1991) and EN74/EN74B. The quality of our products is as good as that made in U.K., but the price is more competitive. We started to supply U.K. market with scaffolding couplers/clamps in the year 1993, and now we export our products to most European countries, such as U.K., Germany, France, Spain, Portugal, Italy, Greece, Norway, Denmark, Finland, ect . We also supply the following countries with our products: Canada, U.S.A., Brazil, Australia and New Zealand, ect. And we have gained international reputations as a preferred supplier for projects both large and small. Qingdao Scaffolding products are used with complete confidence worldwide in construction, power stations and petrochemical and oil related industries, and many more applications where safe access is required.

Scaffolding in the world:   Nederlands (Dutch) schavot, steiger, stellage, verhoging Français (French) n. - échafaud, (Constr) échafaudage v. tr. - dresser un échafaudage Deutsch (German) n. - Schafott, Gerüst v. - mit einem Gerüst versehen od. stützen Ελληνική (Greek) n. - σκαλωσιά, κρεμάλα v. - στήνω σκαλωσιές σε Italiano (Italian) patibolo, impalcatura Português (Portuguese) n. - cadafalso (m), andaime (m), palanque (m) v. - prover de cadafalso Русский (Russian) леса, подмостки, эшафот, виселица, трибуна, застраивать лесами Español (Spanish) n. - cadalso, patíbulo, andamio, andamiaje v. tr. - construir andamios o tablados para, poner en un tablado Svenska (Swedish) n. - byggnadsställning, schavott, åskådarläktare, estrad, podium v. - resa ställningar, stötta under, stödja   中文（简体）(Chinese (Simplified)) 鹰架, 支架, 临时搭起的台架, 断头台, 给...搭鹰架, 用支架支撑 中文（繁體）(Chinese (Traditional)) n. - 鷹架, 支架, 臨時搭起的台架, 斷頭臺 v. tr. - 給...搭鷹架, 用支架支撐 한국어 (Korean) n. - (건축장 따위의) 발판, 교수대, 시렁걸이 v. tr. - ~에 비계를 설치하다, ~에 발판에 올라가게 하다 日本語 (Japanese) n. - 足場, 吊り足場, 絞首台, 死刑 v. - 足場を設ける العربيه (Arabic) ‏(الاسم) سقاله (فعل) يزود بسقاله‏ עברית (Hebrew) n. - ‮פיגום, גרדום‬ v. tr. - ‮חיבר פיגום ל(בניין)‬   Dansk (Danish) n. - stillads, platform, skafot v. tr. - rejse stillads omkring

Scaffolds are only rarely independent structures. To provide stability for a scaffolding (at left) framework ties are generally fixed to the adjacent building / fabric / steelwork. General practice is to attach a tie every 4m on alternate lifts (traditional scaffolding) prefabricated System scaffolds require structural connections at all frames - ie.2-3m centres (tie patterns must be provided by the System manufacturer / supplier). The ties are coupled to the scaffold as close to the junction of standard and ledger (node point) as possible. Due to recent regulation changes, scaffolding ties must support +/- loads (tie/butt loads) and lateral (shear) loads. Due to the different nature of structures there are a variety of different ties to take advantage of the opportunities. Through ties are put through structure openings such as windows. A vertical inside tube crossing the opening is attached to the scaffold by a transom and a crossing horizontal tube on the outside called a bridle tube. The gaps between the tubes and the structure surfaces are packed or wedged with timber sections to ensure a solid fit. Box ties are used to attach the scaffold to suitable pillars or comparable features. Two additional transoms are put across from the lift on each side of the feature and are joined on both sides with shorter tubes called tie tubes. When a complete box tie is impossible a l-shaped lip tie can be used to hook the scaffold to the structure, to limit inward movement an additional transom, a butt transom, is place hard against the outside face of the structure. Sometimes it is possible to use anchor ties (also called bolt ties), these are ties fitted into holes drilled in the structure. A common type is a ring bolt with an expanding wedge which is then tied to a node point. The least 'invasive' tie is a reveal tie. These use an opening in the structure but use a tube wedged horizontally in the opening. The reveal tube is usually held in place by a reveal screw pin (an adjustable threaded bar) and protective packing at either end. A transom tie tube links the reveal tube to the scaffold. Reveal ties are not well regarded, they rely solely on friction and need regular checking so it is not recommended that more than half of all ties be reveal ties. If it is not possible to use a safe number of ties rakers can be used. These are single tubes attached to a ledger extending out from the scaffold at an angle of less than 75° and securely founded. A transom at the base then completes a triangle back to the base of the main scaffold.

Good foundations are essential. Often scaffold frameworks will require more than simple base plates to safely carry and spread the load. Scaffolding can be used without base plates on concrete or similar hard surfaces, although base plates are always recommended. For surfaces like pavements or tarmac base plates are necessary. For softer or more doubtful surfaces sole boards must be used, beneath a single standard a sole board should be at least 1,000 cm² with no dimension less than 220 mm, the thickness must be at least 35 mm. For heavier duty scaffold much more substantial baulks set in concrete can be required. On uneven ground steps must be cut for the base plates, a minimum step size of around 450 mm is recommended. A working platform requires certain other elements to be safe. They must be close-boarded, have double guard rails and toe and stop boards. Safe and secure access must also be provided.

The key elements of a scaffold are standards, ledgers and transoms. The standards, also called uprights, are the vertical tubes that transfer the entire mass of the structure to the ground where they rest on a square base plate to spread the load. The base plate has a shank in its centre to hold the tube and is sometimes pinned to a sole board. Ledgers are horizontal tubes which connect between the standards. Transoms rest upon the ledgers at right angles. Main transoms are placed next to the standards, they hold the standards in place and provide support for boards; intermediate transoms are those placed between the main transoms to provide extra support for boards. In Canada this style is referred to as "English". "American" has the transoms attached to the standards and is used less but has certain advantages in some situations. Since scaffolding is a physical structure, it is possible to go in and come out of scaffolding.   Scaffolding in Tretyakovsky Proyezd, MoscowAs well as the tubes at right angles there are cross braces to increase rigidity, these are placed diagonally from ledger to ledger, next to the standards to which they are fitted. If the braces are fitted to the ledgers they are called ledger braces. To limit sway a facade brace is fitted to the face of the scaffold every 30 metres or so at an angle of 35°-55° running right from the base to the top of the scaffold and fixed at every level. Of the couplers previously mentioned, right-angle couplers join ledgers or transoms to standards, putlog or single couplers join board bearing transoms to ledgers - Non-board bearing transoms should be fixed using a right-angle coupler. Swivel couplers are to connect tubes at any other angle. The actual joints are staggered to avoid occurring at the same level in neighbouring standards.   Basic scaffold dimensioning terms. No boards, bracing or couplers shownThe spacing of the basic elements in the scaffold are fairly standard. For a general purpose scaffold the maximum bay length is 2.1 m, for heavier work the bay size is reduced to 2 or even 1.8 m while for inspection a bay width of up to 2.7 m is allowed. The scaffolding width is determined by the width of the boards, the minimum width allowed is 600 mm but a more typical four-board scaffold would be 870 mm wide from standard to standard. More heavy duty scaffolding can require 5, 6 or even up to 8 boards width. Often an inside board is added to reduce the gap between the inner standard and the structure. The lift height, the spacing between ledgers, is 2 m, although the base lift can be up to 2.7 m. The diagram above also shows a kicker lift, which is just 150 mm or so above the ground. Transom spacing is determined by the thickness of the boards supported, 38 mm boards require a transom spacing of no more than 1.2 m while a 50 mm board can stand a transom spacing of 2.6 m and 63 mm boards can have a maximum span of 3.25 m. The minimum overhang for all boards is 50 mm and the maximum overhang is no more than 4x the thickness of the board.

 Qingdao Scaffolding Co., Ltd. is the biggest manufacturer and exporter for scaffolding and formwork accessories in whole China.   All of our scaffolding couplers/clamps are made as per BS1139(1982&1991) and EN74/EN74B. The quality of our products is as good as that made in U.K., but the price is more competitive.   We started to supply U.K. market with scaffolding couplers/clamps in the year 1993, and now we export our products to most European countries, such as U.K., Germany, France, Spain, Portugal, Italy, Greece, Norway, Denmark, Finland, ect . We also supply the following countries with our products: Canada, U.S.A., Brazil, Australia and New Zealand, ect. And we have gained international reputations as a preferred supplier for projects both large and small. Qingdao Scaffolding products are used with complete confidence worldwide in construction, power stations and petrochemical and oil related industries, and many more applications where safe access is required.