Easy to install mobile weldable aluminum tube

Rọrun lati fi sori ẹrọ ti alominiomu mominible

Aliminium tube jẹ iru giga - agbara aluminiomu lile, eyiti a le mu agbara nipasẹ itọju ooru. It has moderate plasticity under annealing, fresh quenching and hot conditions. It has good spot welding weldability. The aluminum tube has a tendency to form intergranular cracks when gas welding and argon arc welding are used; The machinability of the aluminum tube after quenching and cold work hardening is still good, but it is not good in the annealed state. Resistance ipalu ko ga, ati awọn ọna mimu Anodizing ati awọn ọna kikun ni a lo nigbagbogbo, tabi ti wa ni a ti fi dada pẹlu Layer atamnim lati mu resistance ipalu. It can also be used as a mold material.

Kan si bayi

Alaye

Afi ami

Awọn anfani ti tube tube

1. Awọn ibukun ti imọ-ẹrọ alurin: Imọ-ẹrọ alurin ti tinrin - Ejò ti o wa ni a mọ bi ohun elo iṣelọpọ fun pọ si pọ pẹlu awọn ohun elo air.

2. Ile-iṣẹ Life iṣẹ: Lati irisi ogiri inu ti Alominiomu tube ti Aluminiomu, niwon awọn ti o firiji, ogiri ti o wa ninu tube - Alumini ti npọ ko baamu.

3.Awọn iranlọwọ - Ṣe ifipamọ anfani: Iwọn gbigbe ooru ti o pọ si laarin apakan ita gbangba ati ni agbara miiran - ipa idiwọ ooru, awọn more energy-saving.

4. excellent bending performance, easy to install and move

Awọn ẹya ọja

Eyikeyi iwọn 360 ti ndun ni irọrun to dara, resistance ti o dara ati scence otutu to gaju ati agbara ara to dara, ati pe o le pade awọn ibeere iṣelọpọ ti mora (ontẹ, titan) ati agbara giga. O ni ṣiṣu to ga, adaṣe ina ati iṣẹ igbona, ati pe o le ṣe wewe nipa alurin gaasi, alurin agbara hydrogen ati aludini kan.

Awọn Colionu Aluminim dara fun ọpọlọpọ awọn iṣọro atẹgun, awọn firiji, awọn alatura omi alapapo, awọn ohun elo igbona tutu, agbara alubosa, patako ati bẹbẹ

Ọja ọja

idawọle	Alumọni alupumoni			Tube idẹ
Oju-iwe Codename	JH-001-LG	JH-002-LG	JH-003-LG	JH - 001 - TG	JH - 002 - TG	JH - 003 - Tg
Iwọn ila opin ti piping D1 (mm)	%4	%6	%	%4	%6	%
Lo titẹ mpa	3	2.7	2.7	16	10	6.3
O kere ju radius mm	Ri0	R40	R40	Ri0	R30	Ran
D	%4	%6	%	%4	%6	%
d	φ2.5	%4	%6	φ2.5	%4	%6