Dry Cement & Sand Transfer Hose

Q: Are there any special precautions that need to be taken when using Rubberworx™ Dry Cement & Sand Transfer Hoses?

While Rubberworx™ Dry Cement & Sand Transfer hoses are designed for heavy-duty material transfer applications, it is important to take certain precautions when handling them. For instance, these hoses should not be exposed to open flames or high heat sources as this can cause damage to their rubber construction materials. It is also advisable not to bend the hoses beyond their minimum bending radius, as this can lead to deformation and eventual failure of the hose.

Q: Can Rubberworx™ Dry Cement & Sand Transfer Hoses operate under extreme temperatures?

Rubberworx™ Dry Cement & Sand Transfer hoses have exceptional durability due to their robust construction materials. These hoses feature high-quality rubber constructions that offer outstanding resistance against wear, tear, and abrasion caused by harsh industrial environments. Cement Discharge Hose They are designed to last for long periods with minimal maintenance requirements, which translates to reduced downtime costs for your business.

Q: What sizes and lengths do Rubberworx™ Dry Cement & Sand Transfer Hoses come in?

Rubberworx™ Dry Cement & Sand Transfer hoses come in various sizes and lengths to suit different industrial applications. The smallest size available is 2 inches, while the largest size is 10 inches. These cement hose fittings hoses can be supplied in standard lengths of 50 feet or 100 feet. However, customized lengths can also be ordered upon request to meet specific application needs.

Q: What are the benefits of using Rubberworx™ Dry Cement & Sand Transfer Hoses?

Yes, Rubberworx™ Dry Cement & Sand Transfer hoses can operate under extreme temperatures without losing their functionality or performance capabilities. These cement hoses are engineered using high-quality rubber materials that offer excellent heat resistance properties capable of withstanding temperatures ranging from -40°F (-40°C) up to +160°F (+71°C). This ensures reliable operation even under challenging environmental conditions.

Q: How durable are Rubberworx™ Dry Cement & Sand Transfer Hoses?

Rubberworx™ Dry Cement & Sand Transfer hoses have exceptional durability due to their robust construction materials. These hoses feature high-quality rubber constructions that offer outstanding resistance against wear, tear, and abrasion caused by harsh industrial environments. They are designed to last for long periods with minimal maintenance requirements, which translates to reduced downtime costs for your business.

Rubberworx™ Dry Cement & Sand Transfer hoses to meet the most rigorous applications in industrial material transfer. Rubber constructions that will meet your requirements for abrasion resistance, heat, weight, durability, or flexibility.

4001103 BLACK

Heavy Duty Static Dissipating Hose for Frac Sand & Cement Transfer | 4" ID x 4.65" OD, 75 psi, -40°F to 180°F, Abrasion-Resistant

This extra heavy-duty hose is specifically designed with a static dissipating, abrasion resistant tube designed for use in pneumatic transfer of frac sand, dry cement, silica, lime, and other non-FDA material transfer applications.

Tube	Reinforcement	Temperature	ID (in)	OD (in)	Tube Thickness	Pressure (psi)	Burst Ration (safety factor)
Black SBR	TEXTILE	-40°F to 180°F	4	4.65	0.25	75	3:1

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4002103 BLACK

Static Dissipating Light-duty Hose for Fly Ash and Dry Cement Transfer - , 4in x 4.46in, -40°F to 180°F, 75psi

This light-duty hose is specifically designed with a static dissipating, abrasion resistant tube designed for use in pneumatic transfer of fly ash, dry cement, and other non-FDA material transfer applications.

ID (in)	OD (in)	lbs/ft
4	4.46	1.36
4.5	5	1.65
5	5.48	1.81

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4014103 BLACK

Heavy-Duty Abrasion Resistant Hose for Frac Sand & Dry Cement Transfer: , 4" ID x 4.69" OD, 150 PSI, -40°F to 180°F

This heavy-duty hose is specifically designed with a static dissipating, abrasion resistant tube designed for use in pneumatic transfer of frac sand, dry cement, silica, lime, and other non-FDA material transfer applications.