New Fashion Design for 1DB Metric Thread Bite Type Tube Fitting for Liberia Factories

Short Description:

BSP THREAD STUD ENDS WITH ED-RING SEALING    PART NOMBER   Mpa TUBE O D. G L1 l1 i S2 S1 d7 bar 1CG-06L-02ED L 06 G1/8A 23 8.5 8 14 14 14 315 1CG-06L-04ED   06 G1/4A 25 10.0 12 14 19 19 315 1CG-06L-06ED   06 G3/8A 26 11.5 12 14 22 22 315 1CG-06L-08ED   06 G1/2A 27 12.0 14 14 27 27 315 1CG-08L-04ED   08 G1/4A 25 10.0 12 17 19 19 315 1CG-08L-06ED   08 G3/8A 26 11.5 12 17 22 22 315 1CG-08L-08ED   08 G1/2A 27 12.0 14 17 27 27 315 1CG-10L-04ED...


Product Detail

Product Tags

Related Video

Feedback (2)

We keep improving and perfecting our merchandise and repair. At the same time, we get the job done actively to do research and progress for Hose And Fittings , Split Flange Fittings , Metric Thread Bite Type Tube Fitting , First company, we understand each other. Further more company, the trust is getting there. Our enterprise normally at your provider anytime.
New Fashion Design for 1DB Metric Thread Bite Type Tube Fitting for Liberia Factories Detail:

BSP THREAD STUD ENDS WITH ED-RING SEALING 

39

 

PART NOMBER

 

Mpa

TUBE O D.

G

L1

l1

i

S2

S1

d7

bar

1CG-06L-02ED

L

06 G1/8A 23 8.5 8 14 14 14 315
1CG-06L-04ED   06 G1/4A 25 10.0 12 14 19 19 315
1CG-06L-06ED   06 G3/8A 26 11.5 12 14 22 22 315
1CG-06L-08ED   06 G1/2A 27 12.0 14 14 27 27 315
1CG-08L-04ED   08 G1/4A 25 10.0 12 17 19 19 315
1CG-08L-06ED   08 G3/8A 26 11.5 12 17 22 22 315
1CG-08L-08ED   08 G1/2A 27 12.0 14 17 27 27 315
1CG-10L-04ED   10 G1/4A 26 11.0 12 19 19 19 315
1CG-10L-06ED   10 G3/8A 27 12.5 12 19 22 22 315
1CG-10L-08ED   10 G1/2A 28 13.0 14 19 27 27 315
1CG-12L-04ED   12 G1/4A 27 12.0 12 22 19 19 315
1CG-12L-06ED   12 G3/8A 27 12.5 12 22 22 22 315
1CG-12L-08ED   12 G1/2A 28 13.0 14 22 27 27 315
1CG-12L-12ED   12 G3/4A 29 14.0 16 22 32 32 315
1CG-15L-06ED   15 G3/8A 29 13.5 12 27 24 22 315
1CG-15L-08ED   15 G1/2A 29 14.0 14 27 27 27 315
1CG-15L-12ED   15 G3/4A 30 15.0 16 27 32 32 315
1CG-18L-06ED   18 G3/8A 30 14.0 12 32 27 22 315
1CG-18L-08ED   18 G1/2A 31 14.5 14 32 27 27 315
1CG-18L-12ED   18 G3/4A 31 14.5 16 32 32 32 315
1CG-22L-08ED   22 G1/2A 33 16.5 14 36 32 27 160
1CG-22L-12ED   22 G3/4A 33 16.5 16 36 32 32 160
1CG-22L-16ED   22 G1A 34 17.5 18 36 41 40 160
1CG-28L-12ED   28 G3/4A 34 17.5 16 41 41 32 160
1CG-28L-16ED   28 G1A 34 17.5 18 41 41 40 160
1CG-28L-20ED   28 G1-1/4A 35 18.5 20 41 50 50 160
1CG-35L-16ED   35 G1A 39 17.5 18 50 46 40 160
1CG-35L-20ED   35 G1-1/4A 39 17.5 20 50 50 50 160
1CG-35L-24ED   35 G1-1/2A 41 19.5 22 50 55 55 160
1CG-42L-16ED   42 G1A 42 19.0 18 60 55 40 160
1CG-42L-20ED   42 G1-1/4A 42 19.0 20 60 55 50 160
1CG-42L-24ED   42 G1-1/2A 42 19.0 22 60 55 55 160

Product detail pictures:

New Fashion Design for
 1DB Metric Thread Bite Type Tube Fitting for Liberia Factories detail pictures


Related Product Guide:
How to Replace a Hydraulic Hose Fitting
Importance of PVC Fittings

We generally stick to the theory "Quality Very first, Prestige Supreme". We've been fully committed to furnishing our shoppers with competitively priced high quality solutions, prompt delivery and expert services for New Fashion Design for 1DB Metric Thread Bite Type Tube Fitting for Liberia Factories, The product will supply to all over the world, such as: Guinea , Austria , Guinea , We aim to build a famous brand which can influence a certain group of people and light up the whole world. We want our staff to realize self-reliance, then achieve financial freedom, lastly obtain time and spiritual freedom. We do not focus on how much fortune we can make, instead we aim to obtain high reputation and be recognized for our products. As a result, our happiness comes from our clients satisfaction rather than how much money we earn. Ours team will do best for you always.


  • English/

    Plant resistance to drought depends on timely stomatal closure

    Stomata play a significant role in the Earth’s water and carbon cycles, by regulating gaseous exchanges between the plant and the atmosphere. Under drought conditions, stomatal control of transpiration has long been thought to be closely coordinated with the decrease in hydraulic capacity (hydraulic failure due to xylem embolism). We tested this hypothesis, by coupling a meta-analysis of functional traits related to the stomatal response to drought and embolism resistance with simulations from a soil-plant hydraulic model. We report here a previously unreported phenomenon: the existence of an absolute limit by which stomata closure must occur to avoid rapid death in drought conditions. The water potential causing stomatal closure and the xylem pressure at the onset of embolism formation were equal for only a small number of species, and the difference between these two traits (i.e. safety margins) increased continuously with increasing embolism resistance. Our findings demonstrate the need to revise current views about the functional coordination between stomata and lead to a mechanistic framework allowing to model plant mortality under drought conditions with leaf and hydraulic traits.

     

    French/ 

    La résistance des plantes à la sécheresse nécessite une fermeture stomatique précoce.

    Les stomates jouent un rôle important dans les cycles de l’eau et du carbone à l’échelle du globe, en régulant les échanges gazeux entre la plante et l’atmosphère. En conditions de sécheresse, le contrôle stomatique de la transpiration est considéré comme étant étroitement lié à la perte de conductance hydraulique due à de l’embolie vasculaire. Nous avons testé ce paradigme grâce d’une part à une méta-analyse regroupant des traits fonctionnels stomatique et hydraulique, et d’autre part à un modèle hydraulique sol-plante permettant de simuler la mortalité des plantes en conditions de sécheresse. Nos résultats mettent en évidence une limite absolue à partir de laquelle la fermeture des stomates est nécessaire pour éviter une mort rapide de la plante lorsque la sécheresse s’intensifie. Le potentiel hydrique provoquant une fermeture complète des stomates est égal à la pression xylèmienne induisant un début d’embolie gazeuse pour seulement un petit nombre d’espèces alors que la majorité d’entre elles, notamment les plus résistantes à l’embolie, ferment leurs stomates très en amont d’un potentiel dysfonctionnement hydraulique.

    Nos résultats montrent la nécessité de réviser la théorie scientifique actuelle qui repose sur une coordination étroite entre la fermeture des stomates et le début de l’embolie chez les plantes. Ils permettront à terme de modéliser plus finement la mortalité des plantes dans des conditions de sécheresse et donc de mieux prédire les impacts des évènements extrêmes sur les écosystèmes (cycle de l’eau et du carbone) et les communautés végétales (biodiversité), modèles indispensables aux analyses, expertises et décisions publiques au centre des enjeux liés au réchauffement climatique.

     

    Réference :

    Martin-St Paul N., Delzon S. and Cochard H., (2017), Plant resistance to drought depends on timely stomatal closure, Ecology Letters, DOI:10.1111/ele.12851

    We have been appreciated the Chinese manufacturing, this time also did not let us disappoint,good job!
    5 Stars By Queena from Chile - 2016.09.29 11:19
    The factory workers have a good team spirit, so we received high quality products fast, in addition, the price is also appropriate, this is a very good and reliable Chinese manufacturers.
    5 Stars By Matthew from Durban - 2016.06.19 13:51

    Related Products

    WhatsApp Online Chat !