Other General Hardware

0.9mm diameter,Unlimited height,the black tie wire Cutting wire is to cut off various metal wires such as bright iron wire, fired wire, electro-galvanized wire, hot-dip galvanized wire, plastic-coated iron wire, painted iron wire, etc. according to customer requirements. Golden Deer Cutting wire is made of annealed wire, galvanized wire, coated wire, paint wire and other wire, according to customer requirements straighten the cut after the cut. Products with easy to transport, easy to use features. Widely used in the construction industry, handicrafts, daily civilian and other fields. According to the specific requirements of customers,processing customized all kinds of special specifications products. black tie wire Description 1.Cut wire is a kind of tie wire made with iron wire cutting to certain sizes after being straightened. It is made with galvanized iron wire straightened then cut into pieces of various length according to your requirement.

Golden Deer Bearings are a crucial tribological component of many types of machinery and exist in a variety of forms and shapes. They can be defined as a component that supports/permits only a specific type of motion (restriction of degrees of freedom) in a system that may be under static or dynamic loading. The main purpose of bearings is to prevent direct metal to metal contact between two elements that are in relative motion. This prevents friction, heat generation and ultimately, the wear and tear of parts. It also reduces energy consumption as sliding motion is replaced with low friction rolling. They also transmit the load of the rotating element to the housing. This load may be radial, axial, or a combination of both. A bearing also restricts freedom of movement of moving parts to predefined directions as discussed above.

Golden Deer Top support, the building is used for the bottom and top supports of the scaffolding. Both the top and bottom supports are adjustable for the integrity of the screw. The screw consists of a screw, a nut, a ball, a preloader, a commutator and a dust protection device. Its function is to convert rotary motion into linear motion, which is a further extension and development of Akem screw. An important aspect of this development is the change from sliding to rolling motion of the bearings. Top support Description The upright pole and the crossbar connecting the upright pole are connected by a roulette wheel at the position where the upright pole is connected to the crossbar, with a jack on the roulette wheel and a crossbar plug perpendicular to the crossbar at both ends of the crossbar. The crossbar plugs and the wheels connect the crossbar to the riser bar in a way that is not only very stable but also easy to install. When erecting wheeled scaffolding, the crossbar plugs can be inserted directly into the sockets of the wheel, and the connection of the plugs and sockets is self-locking, making it more stable during construction. The connection structure of the plugs and sockets is self-locking, making it more stable during construction.

1.5kg,1.6kg ,1.7kg ,2kg Scaffolding fasteners, Used for fixing steel pipe scaffold with outer diameter of 48mm Scaffolding fasteners Description considerably longer than is need when the nut has been tightened. This excess length is required to allow the clamp half to be opened even while the nut is retained on the screw. To do so, the screw and nut arrangement engages a slot in the clamp half. This excess length of screw then protrudes into the area around the scaffolding system where it can cause a considerable hazard to people and equipment. For example, an operative walking pass the clamp can snag a part of their body or a part of their equipment on the screw, causing direct injury or indirect injury, perhaps when a loose strap catches on the screw and pulls the operative off balance, or causes an item of equipment to fall towards the ground where it could hit another operative but also at least damage the equipment and other equipment/supplies on the ground. A falling operative could hit one of these clamps in particular the protruding screw and cause considerable harm to him/herself. Furthermore, over time the end of the screw can become damaged and sharp edges or burrs can be generated which further increase the harm that this excess of screw length can inflict on an operative. A member of the public walking past or underneath a scaffolding assembly can inadvertently catch himself on the protruding screw and the responsible authority (operator) must consequently spend a considerable amount of time assessing and mitigating the hazards caused by scaffolding clamps where the public may need to come close to scaffolding. A system which mitigates such a hazard from the start may therefore confer considerable time savings and hazard-related savings on the operator.

Steel formwork is used for concrete pouring. In addition to steel formwork, there are wooden formwork, plywood formwork, etc.      Golden Deer Steel formwork is widely used in construction projects due to its multiple use and beautiful appearance of concrete pouring. Steel formwork Description 1. Steel formwork:Golden Deer Formwork is a mould used to receive concrete in plastic form. The template is a temporary structure, so it is usually not displayed on the drawing. Formwork for beams and floors 2. Definition: It is an artificial support provided under and around precast or cast-in-place concrete works. The template is usually made of steel or wood. Formwork construction and casting are crucial in the concrete industry. It bears a lot of specific costs. 3. The quality of the template: Waterproof, it should be sturdy and reusable, and the contact surface should be even, according to the size of the component. 4. Types of templates: There are two main types of templates: steel template, wooden template, steel template Steel plate angle iron, tee iron, wooden template made of props, wooden slats, ledger, sheet

Diamond Grinding Block Description Application:  For concrete repairs, floor flattening and aggregate exposure Grinding Blocks Features:  They are designed to be quick-change accessories, but the segments can also be bolted on to older adapter plates. Compatible on plates for popular machines Use for the first steps in concrete polishing Ideal for removing thin coatings and mastic Remove concrete and create a level surface Different shape of segment can be chosen, such as rounded edges to eliminate gouging

Grinding Disc Description Item Nr. Diameter(mm) Seg.Height(mm) Arbor(mm) Seg.Nr. Grit 2MPZ25440 254 10 19 15/24 30#/60#/100# Application: designed to give rough concrete surfaces the smoothest finish in the quickest time     Diamond Grinding Plate Features: Cleans, levels and smooths bumps and uneven areas Use for remove epoxy, resin, urethane or coatings With balance technology that helps to reduce machine vibration during application Soft bond, Medium bond, Hard bond, upon request Medium bond, can be used on both soft and hard aggregates

Diamond grinding cup wheel details: Diamond grinding cup wheel is a metal-bonded diamond tool with diamond segments welded or cold-pressed on a steel (or other metal, such as aluminum) wheel body, which usually looks like a cup. Diamond Grinding Wheel Use There are various styles and specifications of diamond grinding cup wheels to fit various application requirements. The ones with many big diamond segments can undertake heavy workloads, for example, grinding concrete and stone, while those with small or sparse diamond segments are normally used for fast removal of paints, wallpapers, glues, epoxy and other surface coatings. Just like other metal-bonded diamond tools, the diamond segments on diamond grinding cup wheels can have different bonds, different diamond grits, different diamond quality and different diamond concentrations to fit different uses. For example, if the material to be ground is hard, the bond should be softer, and if the material is relatively soft, the bond should be harder.

Diamond Grinding Cup Wheels Grinding Wheels Description Item Nr. Diameter(mm) Seg.Height(mm) Arbor(mm) Seg.Nr. Grit 2MAJ10598 105 10 20/22.23 5 30#/60#/100# 2MAJ11598 115 10 20/22.23 6 30#/60#/100# 2MAJ12598 125 10 20/22.23 6 30#/60#/100# 2MAJ15098 150 10 20/22.23 8 30#/60#/100# 2MAJ18098 180 10 20/22.23 10 30#/60#/100# Application: designed to grind concrete, sandstone, granite, etc Grinding Wheels Features: The Arrow Cup Wheel with its high removal rate is the perfect choice to grind feathered concrete or remove epoxy or glue The arrow shaped segment allows for scraping and grinding at the same time Features venting holes to dissipate heat for extended wheel life

There are three methods to weld and braze diamond segments onto the saw blade: silver brazed diamond blade, wholly sintered diamond blade and laser welded diamond blade. 1. Silver brazed diamond blade: diamond segments are brazed to the steel saw base using a silver solder. Silver brazed diamond blade can only be used in wet cuttings. If they are used in dry cuttings, the silver solder may melt under the high temperature generated in the dry cutting and the segments can break from the steel core and be extremely dangerous. 2. Wholly sintered diamond blade: the diamond blade is made by putting the steel core together with the diamond segments and the metal bond materials into a mold and then sintering them in a sintering machine. 3. Laser welded diamond blade: the laser melts the diamond segment and the steel core creating a stronger weld, which can hold the diamond segments even in high temperatures, so laser welded diamond blades can be used to cut many types of materials without water cooling. 

The main advantages and benefits of laser welded diamond blades over other welding methods are: The depth and width of the weld area is large. The weld is extremely accurate, so the blade core is very minimally affected. The most important point is that the diamond segments would not drop during cutting. Laser welded can withstand higher temperatures during cutting and extending blade life significantly. Laser Welded Diamond Blade Description Segmented Laser Welded Item Nr. Diameter(mm) Seg.Height(mm) Seg.Thickness(mm) Arbor(mm) 2JW0300 300 10 3.2 22.23/25.4 2JW0350 350 10 3.2 22.23/25.4 2JW0400 400 10 3.2 22.23/25.4

The diamond impregnated segments and the steel core were laser welded in a horizontal arrangement to achieve very high bond strength between them. A parametric investigation was conducted to evaluate the effect of several essential variables on high power laser beam welding, which include beam mode, power level, weld speed, focal point position, plasma suppression and beam alignment. The results showed that beam mode, power level, weld speed, plasma suppression along with focal point position are the primary parameters, which can influence the depth of penetration of laser welding. Beam alignment can greatly affect the amount of pores in the welded seam.

The wholly sintered diamond blade involves the process of merely putting the steel core, together with the diamonds and the metal bond materials, into a mould and then sintering it in a sintering furnace equipment. Consequently, the diameter of wholly sintered diamond blades is not very large, usually not more than 400 millimetres (16 in). The steel cores are hard because of the process of sintering. Therefore the hardness and strength of the centre are at an average level (not very high). These types of diamond saw blades would exhibit low cutting efficiency because of its high load and high intensity cutting processes.

Sintering Saw Blade The problem with the saw blade around each dealer, wholesaler, and the user is – Is the sintered saw blade interchangeable? What is the difference between sintered saw blade and other? This sintering technology not only increases the life of the saw blade but also increases the durability of the saw blade. Item Nr. Diameter(mm) Seg.Height(mm) Seg.Thickness(mm) Arbor(mm) 1RGM105 105 10 1.9 20/22.23/25.4 1RGM115 115 10 1.9 20/22.23/25.4 1RGM125 125 10 1.9 20/22.23/25.4 1RGM150 150 10 2.5 20/22.23/25.4 1RGM180 180 10 2.5 20/22.23/25.4 1RGM200 200 10 2.5 20/22.23/25.4