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Bundle your heaviest shipments on pallets or in crates—this metal strapping handles more force than plastic strapping.
Use this metal strapping for securing pipe coverings as well as for packaging.
Red for perishable goods, green for rush delivery, orange for hazards—create your own color-coding system with this vibrant strapping.
Use a sealer to crimp these seals onto metal strapping to keep it under tension.
Use these buckles to secure Light Duty Metal Strapping around pipe or packages.
Use these tensioners to draw metal strapping tight around packages.
These tensioners apply maximum tension to pull strapping more tightly around packages than standard tensioners for metal strapping.
Also known as crimpers, sealers secure seals onto metal strapping.
These tools do double duty, pulling metal strapping tight and then sealing it, without the use of a separate seal.
Roll these dispensers wherever you need them. They come with tools to tension and seal strapping around pallet loads, crates, and packages.
These clamps are easier to install than our Extra-Strength Low-Profile Band Clamps. Also known as center-punch clamps, they seal with a quick hammer blow to the buckle.
Keep this banding on hand for both permanent connections and emergency repairs. You'll need an installation tool and a buckle (both sold separately) to create a band clamp.
Designed for both permanent connections and emergency repairs, use these buckles with banding to create your own low-profile hose clamps.
The end of the band curls back into the buckle—this gives these clamps up to 25% more strength than other low-profile clamps. They are also known as JS-style clamps.
Easy to use, strong, and versatile, these hose clamps are the most common. Tighten their slotted screw with a screwdriver, hex nut driver, or wrench.
A raised safety collar around the head of the screw prevents your screwdriver from slipping and damaging the hose or tube.
A thumb screw instead of a slotted screw allows you to install these clamps without any tools.
Here's everything you need to make your own 3" diameter and larger custom-length worm-drive clamps.
One clamp fits a wide range of diameters, so you can always have the right size on hand.
These clamps form a 360° seal around your hose or tube to prevent leaks.
Unlike other pinch clamps, these have a unique tongue-and-groove design that creates a gap-free seal to reduce leaks.
These clamps are easier to install than worm-drive clamps—crimp the pinch points with pinch-clamp pincers for a secure hold. They are also known as ear clamps.
These pinch clamps come packed in a box with individual compartments for each clamp size. Easier to install than worm-drive clamps, crimp the pinch points with pinch-clamp pincers for a secure hold. They’re commonly known as ear clamps.
Unlike vibration-resistant pinch clamps, these have a torque rating for extra holding power in high-vibration applications. They are also known as high-torque clamps.
The T-bolt design provides excellent strength and creates a 360° seal. Clamps have a spring that automatically adjusts the clamp diameter when temperatures fluctuate.
Not as bulky as our other constant-tension clamps, these round-wire clamps easily fit in cramped spaces. Use in low-pressure applications.
Made of our most corrosion resistant stainless steel, these worm-drive clamps stand up to harsh acids and chemicals. Their band is smooth and has rolled edges, so they won’t cut into your hose or tube.
Clamps have a slotted hex-head screw that flips up to release the band for quick opening.
Make quick changeovers without sacrificing a tight seal.
To prevent removal, these clamps can only be loosened with a special bit or screwdriver.
Twist the thumb head with your fingers to tighten these clamps. Once tightened, remove the thumb head to minimize your clamp’s profile and make it harder to tamper with.
Used to secure Viega PEX fittings to Viega PEX tubing, these clamps meet an ASTM standard to ensure compatibility.
Create 2" diameter and larger smooth-band worm-drive clamps.
Create 4" diameter and larger worm-drive clamps that withstand high-temperature applications.
Clamps have a smooth band with rolled edges to prevent them from cutting into your hose or tube.
Clamps come packed in a box with individual compartments for each clamp size. To make sure they won’t cut into hose and tube, they have a smooth band with rolled edges.
An extended tail acts as a liner to protect hose and tube from being cut by the slots in the band.
The bolt design provides high strength and creates a 360° seal to prevent leaks.
The hose clamps in these assortments have a bolt closure that creates a 360° leak-preventing seal. The clamps have rolled edges, so they won’t cut into hose and tube.
Remove the bolt and flip open the hinged bridge to install.
A dimple in the ear creates spring-like action that allows these clamps to withstand vibration and temperature changes without loosening.
Flip up the slotted hex head screw to quickly release the band. These clamps have rounded edges and a smooth interior, so they won’t cut into hose and tube materials.
Don't worry about your hose and tube expanding and contracting when temperatures fluctuate—these clamps have a Bellville spring that automatically increases and decreases the clamp's diameter.
Unlike other duct hose clamps, these are rated for a maximum work load. Clamps have a quick-release latch that lets you access your line frequently while maintaining your original clamp size.
Also known as bridge clamps, these worm-drive clamps align with the spiral support on wire duct hose to provide a tight seal.
Prevent static charge buildup while securely connecting duct hose with a wire spiral.
Made of silver-plated 321 stainless steel, these O-rings can handle extreme pressure up to 11,000 psi. They resist grease, hydraulic oils, mineral oil, motor oil, and synthetic lubricants.
Also known as speedi sleeves, use these to repair and protect worn shafts for a smooth sealing surface without machining.
Made from stainless steel, these ties can be used in environments where they might be exposed to chemicals and UV rays.
Identify bundles at a glance with these ties that are coated for an additional level of corrosion resistance.
The rounded, low-profile head keeps these ties from snagging and allows them to fit in tight spaces. Made of stainless steel, all of these ties stand up to chemicals.
The ripple in the body prevents over tightening and allows for expansion to protect material that frequently changes size, such as heat cable.
The plastic coating on these ties adds an additional level of corrosion and abrasion resistance over other stainless steel cable ties.
Use these mounts with stainless steel cable ties when working in corrosive environments.
Made from woven stainless steel material, these ties can handle temperatures up to 850° F.
These ties have a loop on each end that can be twisted around each other for a secure closure.
Cut as much strap as you need to hang duct, pipe, and other materials.
Permanently sew webbing onto these buckles.
The base of these hooks grip rope.
Permanently sew webbing onto these hooks.
These slides are rated for heavy duty applications.
Attach these hooks to elastic cord to make a tie down.
Use these plates where full lengths of track won't fit to create one anchor point.
Sew webbing onto these plates for a permanent anchor point or run webbing through to use them as guides.
Also known as footman's loops, use these guides to prevent webbing from twisting, or as anchor points in tie-down applications.
Save installation time with banding that’s ready to use. It has an easy-to-close fastener on one end.
Built to withstand temperatures up to 1000° F, these vent pipes and fittings are for use with boilers, furnaces, stoves, and other equipment that is fired by coal, gas, oil, propane, or wood.
Wrap these ties through tags.
With ends that are connected to form a circle, these garter springs exert strong radial (towards the center) forces from all directions to maintain pressure on shafts or in seals.
Wind these springs to store power, then release them to create rotary motion—similar to winding a wristwatch. Also known as clock springs and power springs.
No matter how far you extend them, these springs pull back with the same amount of force.
Clip the end onto a flat surface to install—no fasteners needed. Once installed, these springs pull back with the same amount of force no matter how far you extend them.
Unlike constant-force springs, the farther you pull these, the harder they are to pull. Use them for applications where the load becomes lighter as the spring contracts, such as in automated dispensing machines.
Often used with extrusion, injection, and blow-molding machinery, these heaters clamp around nozzles to keep material warm for consistent discharge.
The flat side allows you to connect webbing and strapping, so they lay flat and resist bunching.