Price
specifications: [[item.skuinfo]]
price: [[item.currency]][[item.price]]
For the last 36 years, we have been able to grow and improve our line of choke tubes. This has come from patterning tens of thousands of shells and using all different makes and models of shotguns. By examining patterns and making adjustments to things such as the parallel section, finish, and diameters, we are able to provide an affordable product that performs as you would expect in the field and at the range.
Why use aftermarket choke tubes? By using a stronger material, aftermarket choke tubes give the consumer more options and the ability to produce tighter and more dense patterns with longer range effectiveness in comparison to the factory choke tubes provided with the gun. Another important difference is the parallel section of the choke tube. Factory style chokes do not generally offer the length in parallel section that aftermarket extended tubes can. The difference starts with the machining process.
What makes our products unique? CARLSON'S Choke Tubes are made from the finest corrosion-resistant 17-4 PH stainless steel available. Every single CARLSON'S Choke Tube is made, right here, in the United States.
For the last 30+ years, Carlson's Choke Tubes have been able to grow and improve their line of choke tubes. This has come from patterning tens of thousands of shells, and using all different makes and models of shotguns. By examining patterns and making adjustments to things such as the parallel section, finish, and diameters, Carlson's Choke Tubes are able to provide choke tubes that perform as you would expect in the field and at the range. Over the last few years, Carlson's Choke Tubes have grown their product line, and some of this can be attributed to the Electronic Patterning Board (EPB) that we have at our disposal. This technology allows Carlson's Chobe Tubes to see various things such as point of impact (POI), pattern percentage, and pattern density. Using the EPB, Carlson's Choke Tubes are able to get more accurate data, which is then passed on to the customer through the design of accurate chokes.
Carlson's Choke Tubes are made from the finest corrosion-resistant 17-4 PH stainless steel available. Most factory choke tubes are made of lesser stainless steel, which equates to a choke that won't hold up to most steel shot loads or heavy buffered shotshells. Steel shot patterns tighter than lead shot, and generally, you will want to use a more open choke when shooting steel shot than you would with lead.
Patterning your shotgun is very important as every shotgun, choke, and load combination will produce various results. When patterning your gun, you need to keep in mind that lead loads will pattern more open than steel loads in the same constrictions, and steel loads shot through lead constrictions will produce tighter patterns.
Carlson's Choke Tubes are CNC milled from solid 17-4, heat-treated, stainless bars for optimum performance and longevity, so you can focus on busting clays and filling bag limits. Most ammo and choke combinations will pattern differently, so it's important to go to the range and pattern your shotgun for the load and choke you intend to use. Every single Carlson's Choke Tube is made, right here, in the United States, and we back all of our choke tubes with a lifetime warranty.
product information:
Attribute | Value | ||||
---|---|---|---|---|---|
item_package_dimensions_l_x_w_x_h | 3.46 x 1.54 x 0.83 inches | ||||
package_weight | 0.02 Kilograms | ||||
item_dimensions_lx_wx_h | 4 x 2 x 2 inches | ||||
brand_name | Carlsons | ||||
model_name | Beretta Benelli Moil 20 Gauge Flush Mount Replacement Stainless Choke Tube, Skeet, Silver | ||||
color | Silver | ||||
material | Steel | ||||
suggested_users | unisex-adult | ||||
number_of_items | 1 | ||||
manufacturer | Carlson's Choke Tube | ||||
part_number | 10612 | ||||
included_components | Choke Tube | ||||
customer_reviews |
| ||||
best_sellers_rank | #314,922 in Sports & Outdoors (See Top 100 in Sports & Outdoors) #33 in Archery Kisser Buttons | ||||
date_first_available | September 1, 2004 |