Anodized Round 7075 T9 Aluminium Alloy Pipe Arrow Tube Tent Bracket

Product Description

WHAT YOU NEED TO KNOW FIRST:

The main things you need to determine are the diameter of the poles, the length of the poles,the color of the poles and whether the poles are aluminum, fiberglass, carbon fiber or steel.

ALUMINUM SEAMLESS PIPE:

Hoogen Aluminum 7001 7075 T6 tent tubing.  They are available in many different diameters ( 6.0mm, 6.9mm, 8.5mm, 9.0mm,9.5mm,10mm, 11mm,12mm, 13mm,15mm, 16mm,18mm,20mm....- outside diameter). surface custom anodized color . Custom make your own tent poles.  Poles can be shortened if necessary to custom lengths, and shockcorded together.  

HOW TO MAKE ALUMINUM TENT POLES:

Step #1  Lay out your poles in the order you want them. (cut them to the right length, if it is necessary, using a hacksaw or even better a pipe cutter (we stock these for your convenience).  Note: If you need to shorten carbon fiber poles wrap the pole with tape over the area that needs to be cut to keep it from fraying.  Step #2   Knot one of the endtips onto to one free end of the shock cord and push it into one of the hollow ends of the pole sections.  Thread your shock cord through each pole section. Step #3  On the other end, tie the other endtip onto the shock cord.  Push the second endtip up into the other hollow end of the pole.  Test the tension; you do not want it too tight that when they are folded up they want to spring open.  If the tension needs to be re-adjusted, re-tie the knot.  If the shock cord is not tight enough remove the end tip and re-tie it a little tighter.

Pictured above are both types of tent pole sections: the two sections on the right are sections with an insert. The last section on the left is a section without an insert.   Using the pole without an insert at the end gives you a hollow end on both the rightside and leftside of the long pole to insert the tied-off endtips. 

Our Warehouse

• Some regular type materials we always keep in stock

• Clean and big moulds warehouse to keep all customers' moulds orderly

In-house Moulds Fabrication

We promise to design and manufacture all your moulds in house, to ensure moulds quality and safety.

Stamping Workshop

• We have nearly 70 sets stamping machines from small to large. The largest up to 500Ton.

• The moulds and equipments quality effects the stamping products quality. Luckily, we can provide all these with high quality.

CNC Machining Workshop

• We have 3/4/5 axis precision advanced CNC machining centers.

• We have advanced lathe turning machines to make the parts fastly (when put the material into the machines, finally the perfect products come out).

Secondary Operation Workshop

• We create the special equipment for deburring and flattening the parts automatically.

• We have ultrasonic cleaning equipment in house, so that all the parts can be cleaned before packaging.

• We have in house laser printing equipment to do your custom LOGO.

Our Inspection Workshop

We have low and high temperature testing machines, salt spray test chamber, 3D projector and various inspection tools.

 Packaging

1,carton packing

2,wooden box

3,plastic bag

4,As your requirements

Shenzhen pride Industrial Co., Ltd.

Tel:+8618666663894

Whatsapp:+8615629044483

Fax:+86-917-3387002

Mob:+86-755-23699351

E-mail: crush@pride-cnc.com

Add: Block D, Dianlian Science Park, Matian St., Guangming District, Shenzhen 518106, China

Latest News

Study on the Process of Chemical Zinc Dipping of Aluminum and Aluminum Alloy Parts Before Silver Plating

Aluminum and aluminum alloy have the advantages of good electrical conductivity, fast heat transfer, light specific gravity, high specific strength, and good pressure processing performance. They have been widely used in modern industry, especially in the aviation and aerospace fields. However, aluminum and aluminum alloys are in use There are shortcomings such as prone to intergranular corrosion, low surface hardness, poor Tang resistance, and difficulty in welding, which affects its application range and service life. However, electroplating is used to deposit a layer of other metals on the surface, and its weaknesses can be overcome by surface modification. Because the chemical properties of aluminum and aluminum alloy materials are relatively active and have a strong affinity for oxygen, its surface in the atmosphere There is always a thin but dense oxide film, and even the bare metal surface where the oxide film has just been removed will quickly regenerate the oxide film, which seriously affects the adhesion of the coated metal to the aluminum substrate1; in addition, the electrode potential of aluminum is very high. The negative is ·167V), it is easy to form a replacement coating with other metal ions in the solution. This coating is loose and rough, and adheres very poorly to the aluminum substrate, which seriously affects the bonding force between the subsequent coating and the substrate metal; in addition, aluminum alloy The coefficient of linear expansion is larger than that of ordinary metal coatings (the linear expansion coefficient of aluminum alloy is 24×10°C, while nickel is 137×10°/°C, and chromium is 81×10°C). When the environment changes, internal stress is easily generated. The bond between the coating and the substrate is destroyed, especially when the temperature changes, there will be coating cracks, peeling, falling off and other defects; coupled with the instability of the aluminum alloy material itself in the acid and alkali solution, the electroplating process makes The possible reactions become very complicated and make the electroplating process difficult. To improve the bonding force of the electroplated layer on the surface of aluminum and aluminum alloy parts, to obtain a good performance coating, the key is a special pre-plating treatment, which is mainly to remove the natural oxide film on the surface of the part. And to prevent its re-formation, at present, the aluminum and aluminum alloy material electroplating pretreatment processes widely used by the surface treatment industry mainly include surface sandblasting, dipping zinc and zinc-nickel alloy treatment, electroplating thin zinc layer treatment, chemical immersion nickel and chemical Several processes such as nickel plating 11 This work chose chemical zinc immersion to ensure that the surface of the part can effectively remove the oxide film in the zinc immersion solution and deposit the zinc layer uniformly to prevent the aluminum matrix from re-oxidizing and make the electrode potential on the aluminum surface Move in the positive direction, so that the base metal and the coating have a good bonding force.

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