Application of Liquid Cooling Hoses in Injection Molding Machine Mold Cooling and Hot Water Drainage

Application of Liquid Cooling Hoses in Injection Molding Machine Mold Cooling and Hot Water Drainage

Product Overview and Technical Features As a critical component in modern injection molding processes, liquid cooling hoses are specifically designed for mold
SAE 100R3 3/8 inch hose, 100 meters/roll

SAE 100R3 3/8 inch hose, 100 meters/roll

SAE 100R3 3/8-inch double-layer fiber-reinforced hoses are popular industrial accessories due to their superior oil and abrasion resistance. This hose, featuring a high-strength synthetic fiber cross-braided layer and a special rubber composite structure,
EN857 2SC 1/4 inch double-layer steel wire braided rubber hose, working pressure 40 MPa

EN857 2SC 1/4 inch double-layer steel wire braided rubber hose, working pressure 40 MPa

EN857 2SC 1/4-inch double-layer steel wire braided rubber hose conforms to German DIN standards. The hose features a unique double-layer steel wire braided structure, with an inner layer of oil-resistant synthetic rubber, a middle layer of high-strength s
5SAE 100R3 Fiber Braided Hose | Rubber Hose Assembly

5SAE 100R3 Fiber Braided Hose | Rubber Hose Assembly

The inner layer of the SAE 100R3 fiber braided hose is made of black oil-resistant synthetic rubber; the middle layer is reinforced with two layers of high-strength fiber braid, giving the hose excellent pressure resistance; the outer layer is made of spe
API7K High-Pressure Mud Hose | 10000psi Grade Product

API7K High-Pressure Mud Hose | 10000psi Grade Product

In high-pressure operations such as oil drilling, cementing, and fracturing, API 7K high-pressure mud hoses, as key transport equipment, must strictly comply with the American Petroleum Institute (API) 7K standard and possess characteristics such as high
EN853 2SN 1/2 inch steel wire braided rubber hose, working pressure 4000psi

EN853 2SN 1/2 inch steel wire braided rubber hose, working pressure 4000psi

EN853 2SN 1/2 inch steel wire braided rubber hose with a working pressure of 4000psi is a high-performance hydraulic hose widely used in engineering machinery, mining equipment, agricultural machinery, and other fields.
SAE 100R7 Nylon Rubber Hose

SAE 100R7 Nylon Rubber Hose

SAE 100R7 nylon rubber hoses are a key component in the field of hydraulic transmission. Their superior performance and wide range of applications make them an indispensable conveying medium in industrial equipment.
 LETONE High-Pressure Hose and Fitting Solutions: Customized Industrial Fluid Transfer Experts

LETONE High-Pressure Hose and Fitting Solutions: Customized Industrial Fluid Transfer Experts

LETONE's rubber hose product line strictly adheres to SAE international standards, meeting different pressure ratings and media requirements
Liquid cooling hoses for cold plate type liquid-cooled cabinets

Liquid cooling hoses for cold plate type liquid-cooled cabinets

The liquid cooling hoses for cold plate type liquid-cooled cabinets are made of black, weather-resistant, ozone-resistant UL94V0 flame-retardant special synthetic rubber.
Analysis of the pressure resistance and corrosion resistance of 17K hose

Analysis of the pressure resistance and corrosion resistance of 17K hose

The inner layer of 17K hoses is typically made of oil- and corrosion-resistant specialty rubber or polymer materials, while the middle layer provides the necessary pressure resistance and tensile strength. The outermost layer is armored with stainless ste
SAE 100R7 High-Pressure Resin Hose

SAE 100R7 High-Pressure Resin Hose

The inner nylon layer of the SAE 100R7 hose is characterized by high crystallinity and regular molecular chains. Its hydrogen bond network structure formed by amide bonds endows the material with excellent mechanical strength and chemical corrosion resist
UL94V0 liquid cooling hose

UL94V0 liquid cooling hose

Cooling computing power and ensuring safety: UL94V0 flame-retardant flexible hoses, a reliable choice for data center liquid cooling.
 224    1 2 3 4 5 6 7 8 9 10 Next End