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Snowboarding Can Have a Sustainable Future—If Brands Get on Board

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Snowboarding Can Have a Sustainable Future—If Brands Get on Board


From the use of harmful resins to sourcing wood from endangered forests, over-packaging products to powering facilities with non-renewables, building a snowboard is a harmful process—for both the planet and its shaper. At least it used to be. Brands across the map have begun investing in the future for snowboarding, and it’s a sustainable one.

 

 

That’s thanks to snowboarder-run environmental nonprofits like Protect Our Winters and a sequence of scientific studies that have exposed the snowsports industry’s volatile role in climate change.

Now, Mervin Manufacturing—the parent company of Lib Tech and Gnu—is sourcing its wood cores from renewable forest products. Arbor Snowboards is using recycled steel in the edges of its boards. Burton adopted the use of clean bioresins as opposed to petroleum-based epoxies. And Capita Snowboarding owns a manufacturing facility in Austria that’s 100 percent hydro-powered. The list goes on and on.

Why the Snowboarding Industry Is so Bad for the Planet

“Most snowboard brands are engaging in sustainable practices and utilizing sustainable alternatives when sourcing raw materials,” said Ana Van Pelt, co-founder of Salt Lake City-based Niche Snowboards. “But, there’s an overwhelming amount of problems that still exist throughout our supply chains, and the greatest offender is massive waste generation.”

That’s because traditional snowboards are epoxy-based composites—making them wasteful, un-recyclable, and intractable by design. Once an epoxy-based product is manufactured, it’s individual raw materials can’t be recovered or re-used, because they’re fused together. Meaning that five to 40 percent of raw materials used during a traditional snowboard manufacturing process—and up to 100 percent of trashed snowboards—will end up in a landfill.

The problems surrounding epoxy-based composites aren’t confined to the snowboard world. Shoes, electronics, bicycles, and light fixtures are just a handful of consumer goods manufactured with epoxy—and this list of un-recyclable products is growing every day.

A solution does exist, however, and it was pioneered in the snowboard industry.

Niche Snowboards Introduces the World’s First 100-Percent Recyclable Snowboard

Niche Snowboards entered the snowboard market with a radical vision in 2009. Amidst a multi-billion dollar industry boosting toxic practices throughout all levels of production, they vowed to build a green snowboard that could outperform the competition.

“Our plan from day one was to do things differently—do things better,” says Van Pelt.

Niche Snowboards introduced its first line of products in 2012, which featured a one-of-a-kind Snappy Sap Bio-Resin. Rather than using a traditional petroleum-based adhesive, Niche partnered with Entropy to create a bioresin composed of renewable materials from waste streams. A study conducted by Entropy discovered the use of bioresins, opposed to traditional alternatives, could reduce a snowboard’s carbon footprint by 40 percent. This breakthrough was celebrated by consumers who claimed the eco-alternative material led to lighter, snappier, and more durable rides.

In 2017, Van Pelt and her team took sustainable manufacturing to a whole new level when they brought the world’s first 100-percent recyclable snowboard to market. They teamed up with Connora to apply their Recyclamine technology to existing bioresins, which allows a snowboard to be broken down, separated, reclaimed, and recycled.

With Recyclamine, excess waste materials or end-of-life snowboards can be soaked in a proprietary solution that releases the chemical bond fused by resin, releasing all the raw materials. These materials can then be recycled or upcycled to create new products like surfboard fins and binding components.

“It’s one thing for companies to transition to bioresins to reduce their environmental impact, but moving toward fully recyclable technologies that allow for zero-waste manufacturing is a groundbreaking technology that has the capacity to change the world,” said Van Pelt.

Today, every snowboard manufactured by Niche uses Recyclamine technology.

“To keep boards out of the landfill, we need to band together.”

Another snowboard company designing products with end-of-life solutions in mind is Burton Snowboards. Shortly after Niche brought Recyclamine to market, Burton introduced an identical solution known as ReRez epoxy. It’s now used in all small-batch and special-edition boards built at Burton headquarters’ Prototype Facility in Burlington, VT.

“It’s amazing to see other brands adopting these recyclable technologies,” says Van Pelt. “Our hope is to explore how these systems can be replicated across other industries as well, so we can work together to recycle goods in bigger batches to make it economically sustainable.”

Niche Snowboards completed the first step—they manufactured a line of snowboards that can be recycled. Now, they must come up with a solution to incentivize and reclaim all end-of-life goods, so they can be recycled.

“Ultimately, if we’re going to keep boards out of the landfill, we need to band together,” Van Pelt says. “We’re a very, very small fish in a multi-billion dollar business—and we can’t do it alone.”


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10 Best Porters to Drink Right Now

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A bottle of Deschutes Black Butte Porter




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Best Time-Under-Tension Workout for Total-Body Strength

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Barbell Back Squat


The key to 360-degree muscle: 90-degree eccentric isometrics. It might seem like we’re throwing a lot of geometry at you, but the concept behind time under tension (TUT) is simple, says Joel Seedman, PhD, owner of Advanced Human Performance: “Perform the lowering phase of a movement in a slow, controlled fashion, usually 3 to 5 seconds; pause in the stretched position, typically around 90 degrees; then perform the lifting phase in a powerful yet controlled fashion.” Believe us, a time-under-tension workout can humble even seasoned lifters…Eccentric isometrics are like the pressure cooker of training.

“Rather than mindlessly performing slow-tempo reps, you’re using the increased time under tension as a means to fine-tune your body mechanics and alignment, which requires more mental engagement and focus,” Seedman adds.

If you want to forge functional muscle mass and strength while simultaneously bulletproofing the joints and connective tissue, give this 10-move, full-body eccentric isometrics workout a go.

Directions

Perform the following moves as 90-degree eccentric isometrics following the above protocol. Use heavy weight, but not at the detriment of proper form. Rest 60 to 90 seconds between sets and 2 minutes between circuits. Perform once every 2 to 4 days for optimal results.

Best Time-Under-Tension Workout for Total-Body Strength

Circuit 1

Marius Bugge

A. Barbell Back Squat

Set a squat rack up with heavy weight, then grasp bar and step under it. Squeeze shoulder blades together, then stand to unrack bar and step back with feet shoulder-width apart. Inhale, hinge at hips and slowly bend knees to 90 degrees. Pause, keeping natural arch in low back, then extend through hips to powerfully stand. 3 x 4-6 reps

Athletic man wearing gray T-shirt and maroon shorts renegade row
Marius Bugge

B. Renegade Row

Start in the top position of a pushup with hands shoulder-width apart on moderate-to-heavy dumbbells (shown). Explosively drive right elbow back to row dumbbell toward ribs while balancing on opposite hand and feet. Pause, then slowly lower weight, stopping a few inches above floor. Switch sides after all reps are done. 3 x 5 reps each side

Circuit 2

Athletic man wearing gray T-shirt and maroon shorts doing renegade row Dumbbell Bentover Row in gym
Marius Bugge

A. Dumbbell Bentover Row

Stand with feet hip-width apart, holding two moderate-to-heavy dumbbells in front of thighs, palms facing you. Push hips back and hinge torso forward so it’s nearly parallel to floor, soft bend in knees. Dumbbells should be near shins. Drive elbows back to row weights toward ribs. Pause, then slowly lower down for 3 to 5 seconds. 3 x 4-5 reps

Athletic man wearing gray T-shirt and maroon shorts doing Incline Dumbbell Chest Press with Legs Raised 
Marius Bugge

B. Incline Dumbbell Chest Press with Legs Raised 

Set an adjustable bench to a 30- to 45-degree angle and lie back with dumbbells in either hand. Engage core and lift legs off floor, flexing feet. Press weights overhead, palms in. Slowly lower to 90 degrees, staying tight and compact. Pause, then drive weights up directly over chest. 3 x 4-5 reps

Circuit 3

Athletic man wearing gray T-shirt and maroon shorts doing Dumbbell Bulgarian Squat
Marius Bugge

A. Dumbbell Bulgarian Squat

Stand lunge-length in front of a flat bench, holding heavy dumbbells in each hand by your sides, palms facing in. Rest the ball on top (shoe’s laces) of your right foot behind you on the bench. Slowly lower your body until your front thigh is parallel to the floor. Pause, then drive through your heel to stand. Switch sides after all reps are complete. 2 x 3-4 reps each side

Athletic man wearing gray T-shirt and maroon shorts doing Single-leg Romanian Deadlift
Marius Bugge

B. Single-leg Romanian Deadlift

Stand with feet hip-width apart holding dumbbells or kettlebells. Drive right leg up, foot flexed, knee aligned with hip, making a 90-degree angle. Hinge at hips as you slowly lever your torso toward floor, lowering weights and driving right leg back for counterbalance. Hold, then squeeze glutes to reverse. 2 x 3-4 reps each side

Circuit 4

Athletic man wearing gray T-shirt and maroon shorts doing pullup
Marius Bugge

A. Pullup

Hang from a pullup bar using an overhand grip with legs extended and feet flexed. Engage lats and draw shoulders down your back, then pull yourself up until chin is higher than hands. Pause at the top, then slowly lower. Pause at bottom, then reset before your next rep. 2-3 x 4-5 reps

Athletic man wearing gray T-shirt and maroon shorts doing Kneeling Overhead Barbell Press
Marius Bugge

B. Kneeling Overhead Barbell Press

Hold a bar with moderate-to-heavy load at shoulder level with forearms perpendicular to floor. Kneel at end of bench with feet flexed to grip edge for support. Inhale, engage your core and glutes, then press the bar overhead, pushing your head forward so it passes your face, exhaling at the top.
Slowly lower until elbows are at 90 degrees, then hold to maintain tension. Begin your next rep from here. 2-3 x 4-5 reps

Circuit 5

A. Dumbbell Pushup

Place hands on dumbbells (this provides greater range of motion) at shoulder width and feet wider than shoulder width with just toes touching the ground. Keep head neutral and hips high to increase tension on core, chest and tris and reduce stress on spine. Slowly lower to the floor. Stop
once elbows hit 90 degrees, pause, then push up to start. 1-2 x 6-8 reps

B. Biceps Curl

Stand with feet hip-width apart with moderate-to-heavy dumbbells in each hand hanging by sides. Engage biceps to curl the weights up, keeping upper arms still. Pause at the top, then lower slowly. Don’t let arms drop all the way down to keep greater time under tension on biceps. 1-2 x 6-8 reps


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The Best Jump Ropes for a Killer Cardio Workout

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The Best Jump Ropes for a Killer Cardio Workout




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